ASAT ASA T (ALLEN Scholarship Cum Admission Test)
Corporate Corporate Office Of fice CAREER INSTITUTE “SANKALP”, CP-6, Indra Vihar, Kota (Rajasthan)-324005 +91-744-5156100 +91-744-51 56100
[email protected]
www.allen.ac.in
INSTRUCTIONS (
)
Please read the instructions carefully. You are allotted 5 minutes specifically for this purpose. 5 Things NOT ALLOWED in EXAM HALL : Blank Paper, Paper, clipboard, log table, slide rule, calculator, calculator, camera, mobile and any electronic or electrical gadget. If you are carrying any of these then keep them at a place specified by invigilator at your own risk : d k s j s s j d k x k x t] f D y D y i c k s s M Z M Z ] y k W k W x r k f k f y y d k ] L y k b k b M M :y] S d S Y d Y d q q y s V s V j j]] S d S e j k k ] ls y y Q k
d s s b y s s D V D V ™ k W k W f u u d m i d d j . k .k A v k i k i b u e s a s a ls f d d lh H k h k h o L r L r q d k s s s y s tk g j s g s S g S a r k s k s v k i k i d s d s v i u s u s t s f k s f [ [ k e k e j ij f u u j h h { k d k d } k j k j k k f u f u f n n 1. 2. 3.
4. 5.
6.
7. 8. 9.
This This bookle booklett is your your Questi Question on Pape Paperr. DO NOT break NOT break seal of Booklet until the invigilator invigi lator instructs to do so. Fill your Form Form No. in in the space space prov provided ided on on the top of of this this page. page. The Answe Answerr Sheet is provide provided d to you you separa separatel tely y which which is a machine readable Optical Response Sheet (ORS). (ORS). You have to mark your answers in the ORS by ORS by darkening bubble, as per your answer choice, by using black & blue ball point pen. pen . 80. Part-I : 20 : 20 Questions Total otal Ques Questio tions ns to be be Attem Attempte pted d 80. : 60 Questions. & Part-II : 60 After breaking breaking the Question Question Paper Paper seal, seal, check check the following following : a. Ther There e ar are 25 pages in pages in the booklet containing question no. 1 to 100 under 2 Parts i.e. Part-I & Part-II. b. Part-I Part-I contains contains total total 20 questions questions of IQ (Mental Ability). c. Part-II Part-II contains contains total total 80 80 questions questions under 4 sections sections which are-Section (A) : Physics, Section (B): Chemistry, Chemistry, Section (C): Mathematics* & Section (D): Biology*. *Important : *For Engineering Stream attampt Only Section-A (Physics), Section-B (Chemistry) & Section-C (Mathemataics). *For Medical Stream attampt Only Section-A (Physics), Section-B (Chemistry) & Section-D (Biology). Marking Scheme : Marks. a. If darkened darkened bubble is RIGHT RIGHT answe answerr : 4 Marks. b. If no bubble bubble is darke darkened ned in any any questio question: n: No Mark. Mark. c. Only for part - II : If : If darkened bubble is WRONG answer: –1 Mark (Minus One Mark). Mark) . Think wisely wisely before before dark darkening ening bubble bubble as as there there is negative negative marking for wrong answer. If you are found found involv involved ed in cheating cheating or distur disturbing bing other otherss then your ORS will be cancelled. Do not not put any any stain stain on on ORS and and hand it it over back back properly properly to the invigilator.
1. 2. 3.
; g g qi f L r L r d d k v k i k i d d k zi ' u & i = = S g S A b ld h qe g j g j r c c d rd u r k s M k s M + + s s f u j u j h h { k d k d s d s } k j k j k k b ld k f u n u n Z Z s ' s ' k k u f n ; n ; k k tk s ; A s i t d s s i j ≈ h jh f g L g L l ls j ij f n ; n s ; x s ; L F k k k k u u j ij v i u k u k Q k W k W e Z u a E c E c j m Ÿ m Ÿ k j k j =] i= ] d ,d a ;a =& = & s . sJ . k h k h d d j . k .k k ; s X k(ORS) s X ; g S = i S= t s k s f d d v y x ls f n ; n s ; ORS tk s ; a x s sv k i kA i d d k s s v i u u k m Ÿ k j k j m Ÿ m Ÿ k j k j qi f L r L r d d k s a se a ls m f p p r x k s s y s y s d k s s x g j g j k k d j d s d s s n s u u k S g S A
4.
d q q y80 z i ' u u g y d j u s u s S g S a A-I : 20 z i ' u o
5.
b l b l q i f L r L r d d k d h qe g j g j r k s k s M + M + u s s s d s ' i p ' k r k r d ` i ; i; k k :t ° k ° p sy a f d d a. q i f L r L r d d k 25 se a g S S a A zi ' u u lal1a [ l ; k ;s k 100 e s a2 H k k k k x x S g S a-I o ] H k k k k x x -II H k k k k x x b. H k k k k x -I x e s a q d q 20 y z i ' u u IQ e (e k u k u f l ld k ; s X k s X ; r ) d r k s k s S g S a A c. H k k -II k k x x d s s q d q y80 z i ' u u 4 [ k . k . M k M k s a s a se a S g S A f t (A) tl se : a H k k k[ k . k k . S M SM f, r r d d h [ k . k . M M (B): (B): j l lk ; u u , [ [ k . k . M M (C): x f . k r .k r* o [ k . k . M M (D) (D) : th o f o o K k K k u * u g S S A *
:* (B) :
*
: *
(A) :
,
(D) :
*
lg h m Ÿ k j k j o k y k y s s qc y c q y s s d k s s d k y k: y4 k d j u s u s i j j d k s b s b Z Z H k h k h qc y c q y k d k y k y k :u g h g h a a d j u s u s j ij - II : x y r m Ÿ k j k j o k y k y s s qc y c q y s s d k s s d k y k y k ( ). i j j –1 c q y c q y k d k y k d j u s u s ls g y ig y s s B h d h d zi d k j k j ls tk a p s a y s a ] x y r . Ω k k k k R R e d v a d S g S A ; f f n n v k i k i u d y vF k o k o k c k r k r s a s a d j r sr q g q , k ; ik s ;ORS x s ; d k s r k s s k s f u u j L r L r d j f n n ; k k tk s x ; s x k A ORS i j f d d lh H k h k h zi d k j k j d k n k x k x k C /k C c k u g h g h a a y x k ; k s a s ; a o lg h f u u j h { k d k d d k s s l s k s s a s a s i A a. b. c.
9.
,
:
6.
8.
(A) : (C):
(B) :
7.
-II : 60 z i ' u .
Sample questions for ASAT : Nurture Course PART - I IQ (MENTAL ABILITY) This section contains 20 multiple choice questions. Each question has four choices (1), (2), (3) and (4) out of which ONLY ONE is correct.
b l [ k . M s a e 20 1.
2.
(2), (3) v k S j (4) g g S A zi R ; s d zi ' u s a e p k j(1), f o d Y i S a f tu e s a ls lg h g S A f n ; s x ; s zi ' u s a e ,d la [ ;k J ` a [ k y k n h x ; h g S f tld k ,d In the following question, a number series is 1. i n x k ; c Sg A f n ; s x ; s f o d Y i k s a se a ls lg h f o d Y i d k p q given with one term missing. Choose the d h f s t; A correct alternative that will continue the same pattern and replace the question mark in the
9, 27, 31, 155, 161, 1127, ?
given series.
(1) 316
9, 27, 31, 155, 161, 1127, ?
(2) 1135
(1) 316
(2) 1135
(3) 1288
(3) 1288
(4) 2254
(4) 2254
A clock is set to show the correct time at 11
2.
a.m. The clock gains 12 minutes in 12 hours.
o g lg h le ;n ' k k Z r h g S A ;12 g ? k M + ? k U V k h12 s f a e u se V a v k x s
What will be the true time when the clock
p.m. g k s tk r h g S A r k s N B s a 1f n u tc d k? k M + le ; hn ' k k Z jg h
g S r k s m l o D r lg h le ; D ; k ? g k s x k
th
indicates 1 p.m. on the 6 day?
3.
, d ? k M + h d k s b l i z d k j f u/ k k Z f jr f 11 d ; k a.m. x ; k i j f d
(1) 10 a.m.
(2) 11 a.m.
(1) 10 a.m.
(2) 11 a.m.
(3) 12 noon
(4) None of these
(3) 12 noon
(4) b u e s a
Which day can be the first day and last day of any century? (1) Monday
(2) Tuesday
(3) Friday
(4) Wednesday
3.
d k S u lk f n u f d lh H k h 'k r k C n h o " k Z d k zi F k e v k S j v g k s ld r k ?g S (1) l k s e o k j (3) ' k q ÿ o k j
diagram, circle represents tall children, the square represents obese children, rectangle
(2) e a x y o k j (4) c q
/k o k j
(Q.4 & Q.5) f u E u f y f [ k r zi ' u
Direction (Q.4 & Q.5) The following questions are based on the diagram given below. In the
ls d k s b Z u g h a
f n ; s x ; s f p = ij
v k / k k f jr g S a a A f p = se a o ` Ÿ k y E c s c P p k s a d k s n ' k k c P p k s a d k s n ' k k Z r k g S ] v k ; r d e Z B c P p k s a d k s n ' k k Z
represents the energetic children and the
c f P p ; k s a d k s n ' k k Z r k g S A f n ; s x ; s f p = d k v/ ; ;u d j s a
triangle represents girl children. Study the
f u E u zi ' u k s a d s lg h m Ÿ k j n s a A
diagram and answer the questions that follow. Energetic
Energetic
Girls
Girls 8
8 15 9
11 10
3
Obese 14
12
5 2 1 6 13
9
11
7
4
Tall
15
Tall
10
Obese 14
7
4 3 12
5 2 1 6 13
1/25
Sample questions for ASAT : Nurture Course 4.
Which areas represent energetic children who
4.
are not obese ?
5.
d k S u l k { k s = d e Z B c P p k s a d k s n ' k k Z r k g S t k s g S A
(1) 1, 13 and 15
(2) 13 and 15
(1) 1, 13 rF k k15
(2) 13 rF k k 15
(3) 1, 11 and 15
(4) 6, 13 and 15
(3) 1, 11 rF k k 15
(4) 6, 13 rF k k 15
Which of the following areas represent obese and
5.
d k S u lk { k s = e k s V s v k S j d e Z B c P p k s a d k s n ' k k Z r k ? y E c c f P p ; k ° g S a v k S j u k g h s g S a a
energetic children, who are neither girls nor tall ? (1) 2 and 12
(2) 3 and 10
(1) 2 rF k k12
(2) 3 rF k k10
(3) 2 and 3
(4) 11 and 12
(3) 2 rF k k3
(4) 11 rF k k12
(Q.6
Direction (Q.6 & Q.7): P, Q, R, S, T, V and
v y x& v y x o k g u k s a ls ;k = k d j j g s g S A zI,i RII ; s d o k g u
There are at least two passengers in each
III e v k S j s a d e ls d e n k s ;k = h g S a v k S j m u e s a ls d s o
q :" k ;k = h g S A ; k f = ; i k s a th f s a e u ; l Z2 ] M k W D V j rF k k 2 b U 3
teachers among them.
(i) R , d e f g y k
(ii) Q , d qi :" k
b U th f u ; j g S t k s f dW d s d o s ylk F k ;k = k
d j r k g S t k s f d ,d v/ ;k i d g S v k S jI e o s k g u a g S A
(ii) Q, a male engineer, travels with only W, a
d qi :" k (iii) S ,
teacher in vehicle I.
(iv) n k s
(iii) S is a male doctor.
M k W D V j g S A
O ; f D r t k s f d ,d g h s ' i k s se a g S a ,d g h o k g u e s
u g h a d j sr g S A
(iv) Two persons belonging to the same
(v) P b U t h f u ; j
profession do not travel in the same vehicle.
u g h a g S v k S II j e o s k g u a ; k = k d j r k
g S A
(v) P is not an engineer and travels in vehicle II Which of the following is not correct?
P rF k k M k W D V j g S t k s ,f d n k s Vc g u k d s s a
lk F k ;k = k u g h a d j r h g S A
with the pair of sisters, P and V
6.
f u E u se a d k S u lk lR ; ? u g h a g S (1) T- q i :" k
(2) Q-Male Engineer
v/ ;k i d (2) Q- qi :" k b U th f u ; j
(3) W-Female Teacher
(3) W- e f g y k
(1) T-Male Teacher
(4) V-Female Teacher How many lady members are there among them? (1) Three (2) Four
2/25
v/ ; k i d g S a a A
There are two engineers, two doctors and three
(i) R is a lady doctor and she does not travel
7.
W r h u v k S j
W are travelling in three different vehicles.
vehicle I, II & III and only one of them is a male.
6.
Q.7): P, Q, R, S, T, V
7.
v/ ;k i d (4) V- e f g y k v/ ;k i d ; k f = ; k s a d s le w g se a f d r u h e f g y k? ln L ; g S a (1) r h u (2) p k j
(3) Three or Four
(3) r h u
v k S j p k j
(4) Data inadequate
(4) v k a d M + s a
v i ;k Z I r
Sample questions for ASAT : Nurture Course Direction (Q.8 & Q.9) : In a certain code language if ‘pit na sa’ means ‘you are welcome’ ‘na ho pa la’ means ‘They are very good’ ‘ka da la’ means ‘who is good’ ‘od ho pit la’ means ‘they welcome good people’ 8.
Which of the following means ‘people’ in that
8.
code language?
9.
(1) ho
(2) pit
(3) la
(4) od
Which of the following means ‘very’ in that
9.
(2) pit (4) od
f u E u e s a sl f d l d k vF k Z g S ? (1) na
(1) na
(2) da
(3) pa
(4) data inadequate
A watch, which gains uniformly, is 2 min, slow
10 .
fast at 2 PM on the following Sunday. When was it correct ? (1) 2 : 00 PM on Tuesday (2) 12 Noon on Monday (3) 2 : 00 AM on Tuesday (4) None of these The following question consists of a set of three figures X, Y and Z showing a sequence of folding of a piece of paper. Fig (Z) shows the manner in which the folded paper has been cut. These three figures are followed by four answer figures from which you have to choose a figure which would most closely resemble the
11 .
d w V ‘ Hc g k k " k k q r e s a ’
(2) da (4) v k ° d M + s
v i ;k Z I r , d ? k M + h t k s ,d lh x f r ls v k x s p y jg h g S ] j f o o k j n k s d k s 2 min / k h e s F k h v k S j v k u s o k y s 2 jPM f o o k j i j d k s 4 min 48 lS d . M v k x s p y jg h F k h r k s ;g f d l le ; ij lg h F k h? (1) e a x y o k j d k2 s: 00 PM i j k s n k 12 s i ig j j (2) l k s e o k j d (3) e a x y o k j d k2 s: 00 AM i j s a ls d k s b Z u g h a (4) b u e f n ; s x ; s zi ' u X, se Y a v k S Z j r h u f p = g S a ] t k s f d ,d d k x t (Z) d s V q d M + k s a d k s e k s M + u s d h J a ` [ k y k e k d k s sM +n ' sk k Z r s x ; s d k x t d k s d k V u s d k r jh d k n ' k k Z r k g S A b u r h u zi ' d s lk F k p k j m Ÿ k j f p = f n ; s x ; s g S a f tu e s a ls v k i d k s m f p = d k p q u k o d j u k g S ] t k s (Z) f d o f k y p = s qe M + s d k x t d k s ;f n o k i l Q S y k f n ; k tk ; s ] d s le k u g k s A (3) pa
at noon on Sunday, and is 4 min 48 seconds
11 .
Q.9) : , d
(1) ho (3) la
code language?
10 .
[k k l d w V H k k " k k se a ] ; f n ‘pit na sa’ vF k k Z‘v r k i ~ d k L o k x r’ g S a ‘na ho pa la’ vF k k Z‘ o r s ~ c g q r v P N’ s g S a ‘ka da la’ vF k k Z‘ d r k ~ S u v P N k’ g S a ‘od ho pit la’ vF k k Z‘ o r s ~ v P N s y k s x k s a d k L o k x r d j sr g S’ a ’ f u E u e s a sl f d l d k vF k Z d w V ‘ Hy k k k " k k s x e s a g S ? (Q.8
unfolded form of fig. (Z).
X
Y
Z
(1)
(2)
(3)
(4)
X
Y
Z
(1)
(2)
(3)
(4) 3/25
Sample questions for ASAT : Nurture Course 12 .
In a coded language:
12 .
= 8,
= 10,
= 20,
Then
13 .
=
= 8,
= 35,
r c
?
?
(2) 4
(1) 2
(2) 4
(3) 7
(4) 5
(3) 7
(4) 5
Pointing out to a lady, a girl said “She is the
13 .
(1) Sister-in-law (2) Mother (3) Aunt (4) Cousin There are two circular concentric rings, with 26 sectors on each ring marked A to Z. Sectors on outer and inner circles match in a perfect size fit. Whereas the outer ring contains the sectors marked clockwise, the inner ring has sectors marked anticlockwise, such that sectors marked A on both the circles are coinciding at present, B on the outer circle coincides with Z on the inner circle and so on. If the outer circle is rotated clockwise by two sectors from the original position, how many alphabets will coincide on both the circles ? (1) 1 (2) 2 (3) 3 (4) None of these Direction : In the given question a dots are placed in the figure marked as (X), this figure is followed by four alternatives marked as (1), (2), (3) and (4). One out of these four options contains the common region to circle, squares triangle similar to that of marked by dot in figure (X). Select that option.
(1)
14 .
, d e f g y k d h v k s j b ' k k j k d j sr g q ; s ,d y M + d h d g r h g S o g se sj f ir k d s b d y k S r s qi = d h n k n h d h qi = o/ k q gS e f g y k d k y M + d h d s lk F k D ; k? f j 'r k g S (1) u u n (2) e k r k (3) p k p h (4) H k k b Z ;k c g u n k s la d s U Ê h o ` Ÿ k k d k j x k s y s g S a t k26 s t f d x g zi R ; s d x k s r g S A zi R ; s d x k s y s d s lH k h H k k x c k A ls Z v a f d v k U r f jd x k s y s ls ,d n e lg h lg h v k d k j se a lg h Sc B r s tc f d c k · x k s y s s a e lH k h H k k x] c k a ; s a ls n k a s a ; v k S x k s y s se a n k a ; s a ls c k a ; s b l i z d k j v a f d r g S a f d x k s y k s t k s A } k j k v a f d r g S a o r Z e k u e s a ,d lk F kB c i k · M + s a g S a ] Z k Sv k U x k s y s d k v j r f jd x k s y s d k ,d lk F k iM + s a g S a A ; f n c k · x k s y s d k s v i u h o k L r f o d v o L F k k ls ? k M + h d h f n ' k k se a n k s H k k x ? k q e k ; k x ; k g S a r k s n k s u k s a , d lk F k iM + ? s x s a (1) 1
(2) 2
s a (4) b u e
ls d k s b Z u g h a f n ; s x ; s zi ' u s a e (X) f p = f c U n q v k s a } k j k v a f d r g S (4) f n ; b l d s lk F k p k j o S d f Y i d(1), f p =(2), (3) v k S j s x ; s g S a A f n ; s x ; s f o d Y i k s a se a ls ,d f p = se a o ` r] f =H k q t d k m H k ; f u " B { k s = B h d m lh zi d k j ls zi n f 'k Z f d f p = (X) e s a f c U n q v k s a } k j k f p f U g r g S A o g f o d Y (3) 3
15 .
(X)
(X)
4/25
=
= 35,
(1) 2
only son” How is the lady related to the girl ?
15.
= 10,
= 20,
daughter-in-law of the grand mother of my father’s
14 .
: s , d d w V H k k " k k e a
(2)
(3)
(4)
(1)
(2)
(3)
(4)
Sample questions for ASAT : Nurture Course 16 .
Find the minimum cuts required to divide a
16 .
cube in 125 cubes ? (1) 8
(1) (2) (3) (4)
(2) 10 (3) 12 (4) 15 17 .
, d ? k u d k s125 ? k u k s a s a e c k a V u s d s f y ; s U ; w u r e f d r d k V u k iM +? s x k
Is country X's GDP higher than country Y's
17 .
X's Y's n d D ; k n s ' k d h d q y ? k j s y w v k ; s ' h k d q y ? k j s y w v k ;
ls T ; k n k ? g S
GDP ? (A) GDP's of the countries X and Y have grown
(A) n s ' k X rF k kY d h
d q y ? k j s y w v k ; f i N y s ik a p o " k k s e s a ÿ e ' k 5% % rF k k6% d s p ÿ o ` f º n j ls c < + h g S a A
over the past 5 years at compounded annual rate of 5% and 6% respectively.
(B) i k a p o " k Z
(B) 5 years ago, GDP of country X was higher than that of country Y.
f n zi ' u (1) ;
(1) If the question can be answered by one of
Y l ig y X s d s hn ' d k q y ? k j s y w v k ; ns s T ; 'k k n k F k h A
d k m Ÿ k j n k s u k s a se a ls ,d g h dF k u } k j k f n
g S A n w l sj ls u g h a A
the statements alone and not by the other.
(2) ; f n zi ' u
(2) If the question can be answered by using
d k m Ÿ k j f d lh H k h ,d dF k u } k j k f n ; k tk u k
(3) ; f n zi ' u
d k m Ÿ k j n k s u k s a dF k u k s a d k zi ; k s x d j f n ; k g k s y s f d u f d lh H k h ,d dF k u d s } k j k u g h a f n ; k ld r k A
either statement alone (3) If the question can be answered by using both the statements together, but cannot be answered by using either statements alone.
(4) ; f n zi ' u
(4) If the question cannot be answered even by
d k m Ÿ k j n k s u k s a dF k u k s a d k zi ; k s x d j s
f n ; k tk ld r k
using both the statements together. 18 .
8 10 12 15
different letters in the problem below, so that
f n ; s x ; s zi ' u e s a zi R ; s d v{ k j d h t(0, x g 1,v a2.....,9) d i z f r L F k k f i r d h f t s; ] r k f d l e :i h t k s M + l g h g k s A rF
the corresponding addition is correct and it
i f j .k k e L o :iMONEY d k v f / k d r e l E H k k f o r e k u
results in the maximum possible value of
g k s A
Substitute different digits (0, 1, 2.....,9) for
18 .
MONEY.
i f j .k k e L o :i'MONEY' d k e k u g k s x k (1) 10364 The resulting value of 'MONEY' is
(2) 10563
(1) 10364
(2) 10563
(3) 10978
(3) 10978
(4) None of these
(4)
d k s b Z u g h a
5/25
Sample questions for ASAT : Nurture Course 19 .
Following question has a set of four statements.
19 .
alternative where the third segment in the
r h u H k k x g S a A o g f o d Y i p q f u ; s f tl s a e f d dF k u d k H k k x r d Z la x r g k s f tl se a ig y s n k s u k s a H k k x k s a d k zi
statement can be logically deduced using both
g k s y s f d u d s o y ,d H k k x d k u g h a A
Each statement has three segments. Choose the
the preceding two but not just from one of them.
(A) M k ; u k l k s j iw
(A) Dinosaurs are pre-historic creatures. Water-
(B) lH k h
are not pre-historic creatures.
crocodiles.
No
crocodiles
g S A
are
(C) d k s b Z
politicians.
(D) lH k h
Diamonds are opals. (D) All monkeys like bananas. Some GI Joes
(1) d s o y C
(1) C only
(2) d s o y B
(2) B only
(3) A rF k k D
(3) A and D
(4) B rF k kC
(4) B and C
40 km towards west. He then turned to south and covered 8 km. Further he turned to east and moved 26 km. Finally he turned right and drove 10 km and then turned left to travel 19 km. How far and in which direction is he from the starting point?
6/25
c U n j d s y s d s le k u g SGI a Joes A d q d N s y s d s
le k u g S a A GI d q NJoes c U n j g S a A
like bananas. Some GI Joes are monkeys.
John. He drove 30 km towards north and then
g h j k L Q q f V d u g h a g S A d k s b Z H k h n w f /k
u g h a g S A g h j s n w f / k ; k iR F k j g S a A
(C) No diamond is quartz. No opal is quartz.
Mr. Raghav went in his car to meet hi s friend
jk t u S f r K [ k q y s f n y o k y s g S a A d k s b Z H k h
e x j e P N u g h a g S A d k s b Z H k h e x j e P N jk t u S f
(B) All politicians are frank. No frank people are
o Z ,f r g k f ld jp u k g S A l qe Ê h H k S a l
u g h a g S A l qe Ê h H k S a l i w o Z ,f r g k f ld jp u k u g h a
buffaloes are not dinosaurs. Water buffaloes
20 .
f u E u f y f [ k r zi ' u p k j dF k u k s a d k le w g g S A zi R ; s d d
20 .
f e- j k ? k o v i u h d k j ls v i u s n k s L r tk W u ls f e y u s x ; s A km km i m U g k30 s u s m Ÿ a k j d h v k s 40 j f Q j f p ' e d h v k s j d k j p y k b Z ] r R i p ' k r ~ d k j n f { k . k f n ' k k s8e km a e p k y s M + k b Z h v k S j km p y f Q j d k j iw o Z f n ' k k se a 26 e k s M + h k b Z v k S A j v U r s a e d k j d k s n k ; h a v k s j e k s M + k y sv k x S ; jk v k S j f Q j c k a ; h v k S j 10 km
e k s M + k19v kkm s j y s x ; k A v c o g v i u h zi k j f E H k d f L F k f r ls f d r u h n w j rF k k f d l f n ' k k se a g S A
(1) East of starting point, 5 km
z k j f E (1) i
H k d f L F k f, r5 dkm s iw o Z
(2) East of starting point, 13 km
(2) i z k j f E
H k d f L F k f ,r13 d s km iw o Z
(3) North-East of starting point, 13 km
(3) i z k j f E
13 km H k d f L F k f r d s , m Ÿ k j i w o Z
(4) North-East of starting point, 5 km
(4) i z k j f E
5 km H k d f L F k f r d s , m Ÿ k j i w o Z
Sample questions for ASAT : Nurture Course PART-II SECTION-A : PHYSICS This section contains 20 multiple choice questions. Each question has four choices (1), (2), (3) and (4) out of which ONLY ONE is correct.
b l [ k . M s a e 20 21 .
(2), (3) v k S j (4) g g S A zi R ; s d zi ' u s a e p k j(1), f o d Y i S a f tu e s a ls lg h g S A All the bulbs below are identical. Which bulb(s) 21 . u h p s f n [ k k ; s x ; s c Y c ,d le k u g k s r k s d k S u lk c Y c T light(s) most brightly ? j k s ' k u h n? s x h
1
3
4
1
5
22 .
23 .
24 .
(2) 2 only
(3) 3 and 4 (4) 1 and 5 A piece of copper and another of germanium are cooled from room temperature to 80 K. The resistance of (1) Each of them increases (2) Each of them decreases (3) Copper increases and that of germanium decreases (4) Copper decreases and that of germanium increases What is the total resistance, between A and B in the circuit shown in the given figure.
22 .
(2) d s o y 2
(3) 3 and 4
(4) 1 and 5
, d r k e z v k S j t s Z e f u ; e sd V q d M + k s a d k 80 s K lk e k U ; r k i r d B . M k f d ; k tk r k g S ] r k s zi f r j k s / k
23 .
(1) n k s u k s a
d k c < + s x k
(2) n k s u k s a
d k ? k V s x k
(3) r k e z
d k c < + s x k ] t se Z f u ; e d k ? k V s x k A
(4) r k e z
d k ? k V s x k ] t s Z e f u ; e d k c < s x k A
f n ; s x ; s f p = A s a e v k S j s c h p d q y zi f r j k s /k g S B d (1) 4
(2) 5
(2) 5
(3) 2
(3) 2
(4) 9
(4) 9
A wire is placed vertically between the poles of a horse-shoe magnet, such that the north pole is to your left and south pole is to your right. It carries a direct current flowing upwards then it will experience a force tending to deflect it
24 .
, d r k j d k s ? k q M + u k y p q E c d d s / k z q o k s a d s e/ ; / ≈ o k Z ls b l i z d k j j[ k k x ; k g S f d m Ÿv k j k i hd s / kc z q k a o ; h v k S j o n f { k . k h / k z q o n k a ; h v k s j g S(DC) A b l / k k j se a k f i ≈ n " V j d h v k s j c g jg h g S r k s b l i j y x u s o k y s c y d s d k j .k ; g f u E r j g ls f o{ k s f ir g k s x k A (1) v k i d s c k a ; h v k s j
(2) to your right
(2)
v k i d s n k a ; h v k s j
(3) away from you
(3)
v k i ls n w j d h v k s j
(4)
v k i d h v k s j
(4) towards you
5
(1) d s o y 1
(1) 4
(1) to your left
4 2
2
(1) 1 only
3
7/25
Sample questions for ASAT : Nurture Course 25 .
The ratio of equivalent resistance across A and B when
25 .
switch is open to that when switch is
f L o p p k y q d j u s rF k k c U n d j u s A ij rF k k ÿ e ' k B% d s e/ ; qr Y ; zi f r j k s / k d k v u q i k r g k s x k A
closed is
(1)
(3) 26 .
3
(2)
8 7
(4)
8
5
(1)
8 9
(3)
8
A charged particle moves through a region of
26 .
magnetic field pointing in the direction perpendicular to its direction of velocity. Then during its subsequent motion,
(2) Its momentum and kinetic energy both changes. (3) Its momentum and kinetic energy both remains constant. (4) Its kinetic energy changes but the 27 .
motion such that it covers 100 rounds per min. Then the minimum time after which its average velocity will be zero is
28 .
(2) 0.6 s
(3) 0.7 s
(4) 0.8 s
For a body of 50 kg mass, the velocity-time graph is shown in figure. Then force acting on
7
(4)
8
8 9 8
, d v k o s f k r ' d . k ,d p q E c d h ;{ k s = ls x q tj r k g S t k s f d b l d s o s x d h f n ' k k d s y E c o r ~ f n ' k k se a g S A r c b ld h x f n k S j k u & if j o £ r r g k s x k i j U r q x f r t ≈ tk Z v i f j o £ r r
(2) la o s x
,o a x f r t t ≈ k Z n k s u k s a if jo £ r r g k s x h A
(3) la o s x
,o a x f r t ≈ tk Z n k s u k s a f u ; r g k s x h A
(4) b ld h
x f r t ≈ tk Z if jo £ r r g k s x h y s f d u la o s x f u ; r
j g s x k A
momentum remains constant.
(1) 0.5 s
8
5
j g s x h A
energy remains constant.
A body starts performing uniform circular
(2)
(1) l a o s x
(1) Its momentum changes but the kinetic
27 .
3
28 .
, d d . k o ` Ÿ k k d k j iF k se a x f r d j u k v k j E H k d j r k g S ,o a f e u V 100 p D d j y x k r k g S A K k r d h f t s; o g d e ls d e le ; f tl s a e v k S lr o s x 'k w U ; g k s x k (1) 0.5 s
(2) 0.6 s
(3) 0.7 s
(4) 0.8 s
50 kg g , d o L r q ] f tl d k Ê O ; e k u S ] d k o s x & le ; x z k Q f n ; k x ; k g S A o L r q ij y x jg k c y g k s x k A
the body is ) s / m 1 ( y t i c0.5 o l e V
) s / m 1 ( y t i c0.5 o l e V
1
8/25
2
1
t(s)
2
t(s)
(1) 25 N
(2) 50 N
(1) 25 N
(2) 50 N
(3) 12.5 N
(4) 100 N
(3) 12.5 N
(4) 100 N
Sample questions for ASAT : Nurture Course 29 .
Superconductors are materials that appear to
29 .
exhibit no resistance. Therefore, electrons passing through a superconductor will (1) generate no current (2) generate no heat (3) increase the current’s power (4) decrease the electrons’ charge 30 .
A conductor with rectangular cross-section has
30 .
dimensions (a × 2a × 4a) as shown in figure. Resistance across AB is x, across across
31 .
EF
CD is
y and
is z. Then
(1) x = y = z
(2) x > y > z
(1) x = y = z
(2) x > y > z
(3) y > z > x
(4) x > z > y
(3) y > z > x
(4) x > z > y
Fleming’s right hand rule gives
31 .
(1) The magnitude of induced current (2) The magnitude of the magnetic field (4)Both magnitude and direction of the induced current A wire PQ carrying a current 'i' is placed
∂ y s f e a x d s n k a ; s g k F k d k f u ; e D ; k c r k r k g S A z s f jr / k k j k d k if je k . k (1) i (2) p q E c d h ; { k s =
(3) The direction of induced current
32 .
v f r p k y d o s in k F k Z g S t k s d k s b Z zi f r j k s / k u g h a n ' k k Z v f r p k y d ls x q tj u s o k y s b y s D V ™ k W u & (1) d k s b Z /k k j k m R i U u u g h a d j sr A (2) d k s b Z " e ≈ k m R i U u u g h a g k s x h A (3) / k k j k d k lk eF ; Z c < + k ; s x s A (4) b y s D V ™ k W u d k v k o s ' k ? k V k ; s x s A , d p k y d t k s f d v k ; r k d k j v u q i z L F k d k V d k g S f tld h f o e k ; s ( aa × 2a × 4a) f p = e s a n ' k k Z ; h AB x ; h d sg S EF d e/ ; zi f r j k s /xk g S, CD d s e/ ; y g S rF k k s e/ ; z g S ] r k s &
32 .
perpendicular to a long wire XY carrying a current I. The direction of force on PQ will be
(3) i z s f jr /k k j k
d h f n ' k k
z s f jr /k k j k (4) i
d h f n ' k k o i f j e k . k n k s u k s a d k s
'i' z , d r k j PQ f tl s a e / k k j ki o k f g r g k s jg h g S ] d k s ,d y E c s r k jXY f tl s a e /k k j k S ] d s y E c o r ~ f p = k u q lk j j[ k k tk r k I g g S APQ i j y x j g s c y d h f n ' k k g k s x h A Y
Y P I
i
P
Q I
(2) towards left (3) upwards (4) downwards (1) ultrasonic waves (2) infrasonic waves (3) radio waves (4) audible sound waves
Q
h (1) n k a ;
(1) towards right
In SONAR, we use
i
X
X
33 .
d k if je k . k
33 .
v k s j (2) c k a ; h v k s j (3) ≈ i j d h v k s j (4) u h p s d h v k s j (SONAR) e l k s u k j s a m i ; k s x y h tk r h g S A (1) v Y V ™ k l k s f u d r ja x s a (2) b U ›k l k s f u d r ja x s a (3) j s f M ; k s r ja x s a O ; /o f u r ja x s a (4) J 9/25
Sample questions for ASAT : Nurture Course 34 .
Which of the following statements is incorrect?
34 .
(1) If the velocity of a body changes, it must have some acceleration. (2) If the speed of a body changes, it must have some acceleration. (3) If the body has acceleration, its speed must change. (4) If the body has acceleration, its velocity must change. 35 .
A ball having a certain mass is moving with a
35 .
velocity v0 on a horizontal surface. The ball collides with a stationary ball having four times its mass. The first ball immediately comes to rest after collision then with what velocity will the
f u E u se a ls d k S u lk dF k u v l?R ; g k s x k (1) ; f n o L r q d k o s x if jo r Z u ' k h y g S r k s u g h a g k s x k A (2) ; f n o L r q d h p k y if jo r Z u ' k h y g S r k s u g h a g k s x k A (3) ; f n o L r q d k R o j . k g S r k s b l d h g k s x h A (4) ; f n o L r q d k R o j . k g S r k s b l d k g k s x k A
b ld k R o j .k 'k b ld k R o j .k 'k w p k y i f j o £ r r o s x i f j o £ r r
v0 o , d x s a n f tld k d q N Ê O ; e k u s x g S ]ls { k S f r t r y se a x f r d j jg h g S A x s a n f d lh v U ;x a s n ls ] t k s f L F k j j[ k h g S rF k p k j x q u k g S ] ls V d j k r h g S A zi F k e x s a n V d j k u s d s i f L F k j v o L F k k e s a v k t k r h g S ] r k s f } r h ; x s a n
c r k b Z ; s A ( ? k " k Z . k jf g r lr g e k u r s g q ; s )
second ball move? (Assume frictionless surfaces)
36 .
(1) 0.25 v 0
(2) 0.5 v0
(3) 4 v 0
(4) v0
Ananya is travelling to visit her grandmother.
36 .
(1) 0.25 v 0
(2) 0.5 v 0
(3) 4 v 0
(4) v 0
v u U ; k v i u h n k n h ls f e y u s tk jg h g S A zi F k e] o g v k S lr
First, she travels at an average speed of 12 km/h
s 10 km r ; 12 km/h l
for 10 km. Then she travels at 8.0 km/h for
1.25 ? k . V s
another 1.25 h. Calculate her average speed for the entire trip to her grandma's house.
d j r h g S A b l d s c k n v x y s
d s f y8.0 ; s km/h ls p y r h g S A iw j h x f r d s
n k S j k u m ld h v k S lr p k y c r k b Z ; s A (1) 3.2 km/h
(1) 3.2 km/h (2) 4.4 km/h
(2) 4.4 km/h
(3) 9.6 km/h
(3) 9.6 km/h
(4) 19.2 km/h
(4) 19.2 km/h
Comprehension for (Q.No.37 & Q.No.38) A rotating device is shown in figure, answer the following questions :
( 37
38)
f p = se a ,d ? k w f .k Z r q; f D r n ' k k Z ; h x b Z g S f u E u zi ' u k s a d s m Ÿ k j n h f t,A
C
B
C
B
:-
S S
N
N C 2
C 2 B1
B2
B1
P
10/25
B2 C 1
C 1 +
D
A
D
A
+ – Q
P
– Q
Sample questions for ASAT : Nurture Course 37 .
37 .
The device shown in figure is : (1) A dc motor (2) An ac motor (3) An ac generator (4) A dc generator
38 .
In the given figure the direction of force
38 .
f p = se a n ' k k Z ; h q;: f D r g S (1) dc e k s V j (2) ac e k s V j (3) ac tf u = (4) dc tf u = f n ; s x ; s f p = s a e AB H k i q t jd k k ; Z j r c y d h f n ' k k : g S
acting on arm AB is :
h (1) v U n j d
(1) Inwards (into the paper)
(2) c k g j d h
(2) Outwards (out of paper)
(3) c k ; h a
(3) Leftwards
v k s j k x t d s v U n j ( d ) ( d ) v k s j k x t d s c k g j
v k s j
(4) AB H k q tk ij ( 39 40)
(4) No force will act on arm AB Comprehension for (Q.No.39 & Q.No.40)
d k s b Z c y u g h a :-
f p = se a r h u v k o s ' k n ' k k Z s , x ; s g S A n k s u tn h d h v k e/ ; n w j dh g S A
There are three charges placed as shown in figure. The distances between two nearby charges are d.
d d Q
39 .
d –Q/2
The force on 2Q will be
Q
–Q/2
39 .
j 2Q i
c y g k s x k
KQ 2 (1) towards left 2d 2
KQ 2 (1) 2d 2
c k ; h a v k s j
KQ 2 (2) towards right 2d 2
(2)
KQ 2 2d 2
n k ; h a v k s j
3KQ 2 (3) towards right 2d 2
(3)
3KQ 2d 2
The force on –Q/2 will be KQ 2 (1) towards left 2d 2
KQ 2 (2) towards right 2d 2 3KQ 2 (3) towards right 2d 2
(4) zero
2Q
2Q
(4) ' k w
(4) zero 40 .
d
40 .
n k ; h a v k s j
U ;
–Q/2 i j
c y g k s x k
KQ 2 (1) 2d 2
c k ; h a v k s j
KQ 2 (2) 2d 2
n k ; h a v k s j
(3)
3KQ 2d 2
(4) ' k w
n k ; h a v k s j
U ; 11/25
Sample questions for ASAT : Nurture Course SECTION-B : CHEMISTRY This section contains 20 multiple choice questions. Each question has four choices (1), (2), (3) and (4) out of which ONLY ONE is correct.
b l [ k . M s a e 20 41 .
g S a A zi R ; s d zi ' u s a e p k j d Y i S a f tu e s a ls (1),f o (2), (3) v k S j (4) g
A volatile liquid has :
41 .
(1) low boiling point and weaker interparticle forces (2) high boiling point and weaker interparticle forces. (3) high boiling point and stronger interparticle forces (4) low boiling point and stronger interparticle forces. 42 .
Which of these is a solution ?
42 .
(1) 14 Carat Gold (2) Salted water (3) Carbonated water (4) All of these 43 .
When
sodium
bisulphite
reacts
with
43 .
hydrochloric acid, the products formed are : (1) NaCl, H 2O and SO2 (2) Na 2SO 4 and NaCl (3) NaCl and H 2S (4) No reaction takes place 44 .
44 .
....................................... coloured ppt is
45 .
whose
chemical
formula
is
NaOH, tc Q s f jd D y k s jk b M d h v f H k f ÿ ; k ty h ; ls d j k ; h tk r h g S ] r ....................................... c j a x h u v o{ k s i i z k I r g k s r k g S v k S j m l d k j k l k ; f u d l w = g k s
:........................................
........................................
(1) Brown, Fe(OH) 2
(1)
(2) Green, Fe(OH) 2
(2) g j k , Fe(OH) 2
(3) Green, Fe(OH) 3
(3) g j k , Fe(OH) 3
(4) Brown, Fe(OH) 3
(4)
Number of molecules in 500 ml of each H2, O2 and CO 2 at STP are in the order
45 .
H k w, Fe(OH) j k 2
H k w, Fe(OH) j k 3
STP i j H2, O2 rF k kCO2 i z R ; s d d500 s ml f y V j e s a
m i f L F k r v . k q v k s a d h la [ ;k &
(1) H2 < O2 < CO2
(1) H2 < O2 < CO2
(2) H2 > O2 > CO2
(2) H2 > O2 > CO2
(3) H2 = O2 = CO2
(3) H2 = O2 = CO2
(4) H2 > O2
12/25
o k " i 'k h y n z o j [ k r :k g S (1) d e D oF k u k a d rF k k n q c Z y v U r j d . k h ; c y U r jd . k h ; c y (2) m P p D oF k u k a d rF k k n q c Z y v (3) m P p D oF k u k a d rF k k zi c y v U r jd . k h ; c y (4) f u E u D oF k u k a d rF k k zi c y v U r j d . k h ; c y ? ; f u E u se a ls d k S u lk f o y u g S (1) 14 d S j s V l k s u k (2) y o . k h ; ik u h (3) d k c k s Z u s V s M i k u h (4) lH k h tc l k s f M ; e c k b Z lY Q k b V ] g k b M ™ k s D y k s f jd v E y ls d j sr g S r k s t k s in k F k Z: c u r k g S (1) NaCl, H2O rF k kSO2 (2) Na2SO4 rF k kNaCl (3) NaCl rF k kH2S (4) No reaction takes place
When ferric chloride reacts with aq. NaOH, a formed,
CO 2
lg h g S A
(4) H2 > O2
CO 2
Sample questions for ASAT : Nurture Course 46 .
Which among the following statements about
46 .
the reaction given below are CORRECT? MnO2 + 4 HCl
MnCl2
+ 2H2O + Cl 2
(I) Manganese oxide is oxidised (II) Hydrogen Chloride is reduced (III) Manganese oxide is oxidising agent (IV) Hydrogen Chloride is reducing agent
47 .
(1) I and II
(2) III and IV
(3) II and IV
(4) I, II, III and IV
Which
of
the
following
statements
is
47 .
INCORRECT ?
(1) HPO42– , H2PO4– d k –
2–
(1) The conjugate base of H 2 PO 4 is HPO 4 .
(2) 1 e k s y jHCl d s pH d k
(2) The pH of 1 M HCl is 0.
(3) H3PO3 , d
(3) H3PO 3 is a tribasic acid.
(4) ' k q
(4) The concentration of H+ ions in pure water Which of the following has arranged in order
48 .
of increasing oxidation numbers of nitrogen? (1) NH 3 < N2O5
–
–
(2) NO 2 < NO 3
49 .
e k u k w ' U ; g S A
f ={ k k j d h ; v E y g S
º ty se a298 K r k i ij
H+
v k ; u d h l k a Ê r k
g S A f u E u se a ls u k b V ™ k s tu d s c < + r s g q , v k W D lh d j .k ? k g k s x (1) NH 3 < N2O5
–
(2) NO2 + < NO 3–
(3) NH 4+ < N2H4 < NH 2OH < N 2O
(3) NH4 + < N2H4 < NH2OH < N 2 O
(4) NO 2 < NaN 3 < NH4 + < N2O
(4) NO2 < NaN 3 < NH 4+ < N2O
Which among the following statements is
49 .
INCORRECT for magnesium metal?
v k W D lh tu d s lk F k ty k u s ij p e d n k j lQ s n y k S n s g S A
flame.
(2) ; g
B . M + s ik u h d s lk F k Se X u h f k ; ' e v k W D lk b M rF k k g k b M ™ k s tu x S l d k s f u " d k f lr d j r k g S A
(2) It reacts with cold water to form magnesium oxide and evolves hydrogen gas.
(3) ; g
x e Z ik u h d s lk F k Se X u h f k ; ' e g k b M ™ k W D lk b rF k k g k b M ™ k s tu x S l d k s f u " d k f lr d j r k g S A
(3) It reacts with hot water to form magnesium hydroxide and evolves hydrogen gas.
g (4) ;
H k k i d s lk F k Se X u h f 'k ; e v k W D lk b M d k f u e k g k b M ™ k s tu x S l d k s f u " d k f lr d j r k g S A
(4) It reacts with steam to form magnesium oxide and evolves hydrogen gas. For a reaction A + 2 B
C,
the amount of C
formed by starting the reaction with 5 moles of A and 8 moles of B is
f u E u se a ls Se X u h f k ; ' e / k k r q d s f y ; s d k S u lk dF k g S? (1) ; g
(1) It burns in oxygen with a dazzling white
50 .
la ; q X e h { k k j g S A
10–7 mol L–1 g k s r h
is 10 –7 mol L–1 at 298 K. 48 .
f u E u s a e ls d k S u lk dF k u n h x ; h v f H k f ÿ ; k d h f y ; s ? k g k s x MnO2 + 4 HCl MnCl2 + 2H2O + Cl 2 (I) e S X u h tv k W D lk b M v k W D lh d ` r g k s x k A (II) g k b M ™ k s tu D y k s j k b M v i p f ;r g k s x k A (III) e S X u h tv k W D lk b M v k W D lh d k j h v f H k d e Z d (IV) g k b M ™ k s tu D y k s jk b M v i p k ; d v f H k d e Z d g S A (1) I rF k k II (2) III rF k kIV (3) II rF k kIV (4) I, II, III rF k k IV f u E u se a ls d k S u lk dF k u g S ?
50 .
f u E u v fH k f A ÿ ; +k 2 B C e s a zi k j f E H k d e k s y k s a d h la A d h 5 rF k kB d h 8 y h tk r h g S Cr k d s h e k = k D ; k c u s x h A
(1) 5 moles
(2) 8 moles
(1) 5 moles
(2) 8 moles
(3) 16 moles
(4) 4 moles
(3) 16 moles
(4) 4 moles 13/25
Sample questions for ASAT : Nurture Course 51 .
Which of the following metals are refined by
51 .
electrolytic refining?
52 .
(i) Au
(ii) Cu
(i) Au
(ii) Cu
(iii) Zn
(iv) K
(iii) Zn
(iv) K
(1) (i) and (ii)
(2) (ii) and (iii)
(1) (i) rF k k(ii)
(2) (ii) rF k k (iii)
(3) (i), (ii), (iii)
(4) (ii), (iii) and (iv)
(3) (i), (ii), (iii)
(4) (ii), (iii) rF k k (iv)
How many moles of ferric alum (NH 4 )2SO 4·
52 .
Fe2(SO4)3·24H2O can be made from the sample of Fe containing 0.0056 g of it ?
53 .
k [Fe d
(1 ) 10 –4 mol
(2) 0.5 × 10–4 mol
(1 ) 10 –4 mol
(2) 0.5 × 10–4 mol
(3) 0.33 × 10 –4 mol
(4) 2 × 10–4 mol
(3) 0.33 × 10 –4 mol
(4) 2 × 10–4 mol
How many moles of O2 will be liberated by one
53 .
CrO f u E u v fH k f ÿ ; k se a ,d e k s5 y y s u s iOj 2 d s f d r u s e k s y e q D r g k s x s a A CrO5 + H2SO4 Cr2 (SO 4)3 + H2O + O2
(1) 4.5
(2) 2.5
(1) 4.5
(2) 2.5
(3) 1.25
(4) None of these
(3) 1.25
s a (4) b u e
If your teeth start decaying, the dentist may
54 .
the following is not used as the dental filling?
(1) l k s u k
(2) Sorel's cement
(2) l k s j s y
(3) Zinc oxychloride
(3) f ta d v k W
(4) Zinc
(4) f ta d
Bleaching powder has several uses, some of
55 .
lh e s U V D lh D y k s j k b M
f o j a td p w . k Z ( C y h f p a a x i k m M j) d s d b Z m i ; k s x g S ] d q N u h p s f n ; s x ; s g S ] x y r d k? s p q f u ; s
(1) For decolourising sugar
(1) ' k d Z j k
(2) For bleaching paper pulp
(2) i s i j iY i d k
(3) For sterilizing water (4) For making chloroform
ls d k s b Z u g h a
v x j v k i d s n k ° r k s d k f x j u k ;k { k ; g k s u k k' q : g k s x ; k n U r f p f d R ld u s v k i d k s n U r H k j k b Z d k lq > k o f n ; k g S e s a ls d k S u lk n U r H k j k b Z d s f y , m i ; ?k s x se a u g h a
(1) Gold
which are mentioned here. Pick the false one?
14/25
i je k . k q Ê O ; =e k u 56 u]
CrO5 + H2SO4 Cr2 (SO 4)3 + H2O + O2
advise you to have your teeth filled. Which of
55 .
(v k ; ju) d s 0.0056 g d s ,d u e w u s ls f d r u s e k s y Q s f j d ,y e (NH4)2SO4 · Fe 2(SO4)3·24H2O d s c u k ld r s g S A Fe
[Atomic mass of Fe = 56 u]
mole of CrO5 in the following reaction?
54 .
b u e s a ls d k S u lk /k k r q s , a o S |q rv i ? k V u h if j" d j .k ls if j" tk r h g S?
d k f o j a td h d j .k
f o j a tu (3) i k u h d s j k s x k . k q u k ' k u d s f y ; s (4) D y k s j k s Q k e Z c u k u s d s f y ; s
Sample questions for ASAT : Nurture Course 56 .
5.85 g of NaCl was treated with concentrated
56 .
H2SO 4 and the gas evolved was passed into a solution of silver nitrate. The white precipitate obtained was filtered, dried and weighed. Assuming complete reaction, how many grams
[Ag d k
[Atomic mass of Ag = 108 u, Na = 23 u &
Cl = 35.5 u]
(1) 10.8g
(2) 14.35g
(3) 35.5g
(4) 3.65g
by dissolving 3.65 gram HCl in distilled water. (1) 0.01 M (2) 0.02 M (3) 0.2 M
57 . 58 .
solution will be :(1) zero (3) 5 × 10
(2) 5 × 10 –14
–12
M
(3) 35.5g
(4) 3.65g 58)
(4) can not be calculated
Which of the following concepts was not considered in Rutherford’s atomic model ? (1) the electrical neutrality of atom (2) the quantization of energy (3) electrons revolve around nucleus at very high speeds (4) existence of nuclear forces of attraction on the electrons
59 .
60 .
(4) 0.1 M
b l f o y ; u e s a g k b M ™ k s D lk b M v k ; u d h e k :- s y j r k D ; k
( 59
motion in solar system. Therefore, Rutherford’s model of atom is also called planetary model. When alpha particles are sent through a thin metal foil only one out of ten thousand of them is reversed. This observation led to the conclusion that (1) An extremely small positively charged particles are concentrated at the centre of the atom (2) more number of electrons are revolving around the nucleus of the atom (3) unit positive charge is only present in an atom (4) a massive sphere with more negative charge and unit positive charge is present at the centre of the atom
:-
HCl k' q º ty e s a f o y s ; d j d s g k b M ™ k s D y k s j h d E y ko y ; u c u k ; k x ; k A 500v mL fd ? j r k D ; f o y ; u e s a D y k s j k b M v k ; u d h e k s y k g S
(3) 5 × 10
Rutherford’s atomic model resembles the planetary
60 .
(2) 14.35g
(1) ' k q U ;
Comprehension for (Q.No.59 & Q.No.60)
59 .
(1) 10.8g
(1) 0.01 M (2) 0.02 M (3) 0.2 M
(4) 0.1 M
The molarity of the hydroxide ions in this
u, Na = 23 u &
3.65 gram HCl d k s
500 mL solution of hydrochloric acid is made What is the molarity of chloride ions in the solution?
108 i j e k . k q Ê O ; =e k u
( 57
Comprehension for (Q.No.57 & Q.No.58)
58 .
lk aH Ê2SO4 d s lk F k m i p k f jr f d ; k x ; k v k S j f u " d k f lr x S l d k s f lY o j u k b V ™ s V d s f o y ; u ls x ; k A zi k I r lQ s n v o{ k s i d k s N k u k tk r k g S ] lq [ k k ; k rF k k H k k j d j sr g S a A ; f n v f H k f ÿ ; k lE i w . k Z g k s r h g S d k f d r u s x z k e zi k I r g k s x k A
of precipitate was obtained ?
Cl = 35.5 u]
57 .
s 5.85 g d k s NaCl d
(2) 5 × 10
–14
60)
–12
M
(4) can not be calculated :-
j n j Q k s M Z d k i je k . k q zi f r j{ k k lw ; Z r a = se a x ` g d s ? k g S A b lf y , jn j Q k s M Z i je k . k q zi f r :i d k s x ` g zi f r :iH k h g S A i r y h / k k r q iÈ k h se a d ls . t k kc s a d k s zi d h f .k Z r f d ; k r c 10,000 e s a ls ,d- d . k m lh f n ' k k se a y k S V tk r k g S b ? k V u k ls f u ' d " k Z f u d y r k g S % (1) i je k . k q d s d s U n z se a v f r lw { e / k u k o s f k r ' d . k m g k s r s g S A (2) i j e k . k q d s u k f H k d d s p k j k s v k s j b y s D V ™ k W u ? (3) i j e k . k q se a d s o y ,d y b d k b Z /k u k o s ' k g k s r k g S A (4) i j e k . k q d s d s U n z s a e x k s y k d k j n z O ; e k u q; D r . k k R e d v k o Ω s ' k rF k k b d k b Z /k u k o s ' k m i f L F k r g k s j n j Q k s M Z se a i je k . k q e k W M y ( z i f r :i) e s a f u E u se a v f H k / k k j .k k u g h a y h? x ; h F k h (1) i je k . k q d h f o |q r m n k lh u r k (2) ≈ tk Z d k D o k a V h d j .k s p k j k s v k s j b y s D V ™ k W u m P p o s x ls (3) u k f H k d d (4) b y s D V ™ k W u k s a ij u k f H k d h ;v k d " k Z . k c y d k v f 15/25
Sample questions for ASAT : Nurture Course Attempt any one of the section C or D Section C or D
section
SECTION-C : MATHEMATICS FOR ADMISSION IN ENGINEERING STREAM ( This section contains 20 multiple choice questions. Each question has four choices (1), (2), (3) and (4) out of which ONLY ONE is correct.
b l [ k . M s a e 20 61 .
a, b, c are three
(2), (4) g g S A zi R ; s d zi ' u s a e p k j(1), f o d Y i (3) v k S j S a f tu e s a ls lg h g S real numbers such that 61 . a, b, c r h u o k L r f o d l a [ ; k , s a b l zi d k j g S f d
a + b + c = 7, a 3
3
2
+ b
2
2
a + b + c = 7, a2 + b2 + c2 = 35 v k S j a3 + b3 + c3 = 151
+ c = 35 and
3
g S A abc d k e k u K k r d h f t,A
a + b + c = 151. Find the value of abc.
62 .
(1) 12
(2) 14
(1) 12
(2) 14
(3) –15
(4) –13
(3) –15
(4) –13
In the given figure, O is the centre and AB is
62 .
O ; k l g S AC A rF k kBD d k s c < + k u s iEj i ;gj f e y r s g S A ; f n COD = 50°, r c CED =________?
a diameter of the circle. AC and BD when produced, meet at E. If
CED
COD
u h p s ,d f p = f n ; k x ; k g S ] fO t d l s a e s U n z rF k k k AB o ` r d
= 50°, then
=________? A C
A
E C
50°
O
E
D
50°
O D
B
B
63 .
(1) 100°
(2) 65°
(3) 130°
(4) None of these
If A + B = 225°, then the value of (1 + tan A)
63 .
(1 + tan B) is
64 .
(2) 65°
(3) 130°
s a (4) b u e
; f n A + B = 225°, r c d k e k u g k s x k \
(2) 3
(1) 1
(2) 3
(3) 2
(4) 4
(3) 2
(4) 4
Value of (a – c) [(a – b) 2 + (b – c)2 – (a – b)
64 .
ls d k s b Z u g h a
(1 + tan A) (1 + tan B)
(1) 1
(b – c)] + (c – a) 3 is equal to
16/25
(1) 100°
(a – c) [(a – b)2 + (b – c)2 – (a – b) (b–c)] + (c–a)3
d k e k u c j k c j g k s x k &
(1) 3(a – b) (b – c) (c –a)
(1) 3(a – b) (b – c) (c –a)
(2) (a – b) (b – c) (c – a)
(2) (a – b) (b – c) (c – a)
(3) (a – b) 3 (b – c)3 (c – a)3
(3) (a – b)3 (b – c)3 (c – a) 3
(4) None of these
(4) b u e s a
ls d k s b Z u g h a
Sample questions for ASAT : Nurture Course 65 .
The value of m if 2x m + x3 – 3x2 – 26 leaves
65 .
x – 2. (2) 7
(1) 0
(2) 7
(3) 10
(4) All of these
(3) 10
(4) m i j k s D r
If 20 men take 30 days to complete a job, in
66 .
job ? (1) 23
(2) 24
(3) 25
(4) 26
The remainder when x 1999 is divided by
67 .
x2 – 1 is
68 .
(2) 24
(3) 25
(4) 26
; f n x1999 d k sx2 – 1 } k j k f oH k k f tr f d ; k tk r k g S r k s k' s " k Q g S(1) – x
(2) 3x
(3) x
(4) None of these
(3) x
(4) b u e s a
=
1
and lies in the II quadrant,
5 then the value of cos
(3) If
5
is
1
5
(1)
6
(3)
(4) Both (1) and (2)
6
a = b + c and
c are three
a, b and
(1)
a is dissimilar to
(2)
b and
(3) Only
b and
c are similar to b is similar to
; f n cos
(2)
6
68 .
69 .
surds, then
c a
The leading coefficient of a polynomial P(x) of degree 3 is 2006. Suppose that P(1) = 5, P(2) = 7 and P(3) = 9, then find P(x).
; f n r c
tan
=
1 5
ls d k s b Z u g h a
v k S j f } r h ; p r q F k k ± ' k e s a g S r c
d k e k u K k r d h f t,A 5 6
1 a = b+ c , a d k
(2)
b o
5 6
(4) (1) o (2) n k s u k s a
6
(1)
(2)
a, b
e k u b o c d k
o
s c d
c
70 .
A
r h u d j .k h g S
le k u u g h a g S A
e k u a d s le k u g S A
(3) d s o y b
a
(4) None of these 70 .
(1) 23
(2) 3x
If tan
lH k h
30 ; f n 20 O ; f D r f e y d j f d lh d k ; Z d k s f n u s a e iw . k Z d j sr g S 25 r k s O ; f D r b lh d k ; Z d k s iw j k d j u s s a e f d r u s f ? y s x s a
(1) – x
(1)
69 .
+ x3 – 3x 2 – 26
(1) 0
how many days can 25 men complete the
67 .
e k u K k r d h f t, ; f 2nx m
22 6 d k s x – 2 } k j k f oH k k f t r d j u s i j ' k s " k Q y v k r k g k s %
a remainder of 226 when it is divided by
66 .
m d k
d k e k u g h a d s le k u g S A (4) b u e s a ls d k s b Z u g h a f d lh r h u ? k k r d s c g q i n d s v f / k d r e ? k k r d k x q . k k a d 2006 P(1) = 5, P(2) = 7 rF k kP(3) = 9 r k sP(x) d g S e k u k k e k u g k s x k A
(1) 2006 (x–1) (x–2) (x– 3) + 2x + 3
(1) 2006 (x–1) (x–2) (x– 3) + 2x + 3
(2) 2006 (x–1) (x–2) (x– 3) + 2x + 1
(2) 2006 (x–1) (x–2) (x– 3) + 2x + 1
(3) 2006 (x–1) (x–2) (x– 3) + 2x – 1
(3) 2006 (x–1) (x–2) (x– 3) + 2x – 1
(4) 2006 (x–2) (x–3) (x– 1) –( 2x – 3)
(4) 2006 (x–2) (x–3) (x– 1) –( 2x – 3) 17/25
Sample questions for ASAT : Nurture Course 71 .
If the difference between the roots of the equa-
71 .
(2) ±4
(1) ±2
(2) ±4
(3) ±6
(4) ±8
(3) ±6
(4) ±8
Let
and be
the roots of the equation
0, then the roots equation (x–)(x– ) + c = 0 are (1) a, c
(2) b, c
(3) a, b
(4) a+c, b+c
72 .
of the
p is a prime number and (p 2 + 3) is also a prime
73 .
number. The number of numbers that p can
(1) a, c
(2) b, c
(3) a, b
(4) a+c, b+c
; f n p rF k k(p2 + 3) vH k k T ;la [ ; k , ° g kp d s s] r l ka sH k o e k u k s a d h la [ ;k g k s ld r h - g S (2) 2
(1) 3
(2) 2
(3) 1
(4) can't say
If f(x) = cos2x + sec2 x, its value always is
(4) d g
u g h a ld r s ; f n f(x) = cos2x + sec2 x, r c b ld k e k u l n S o g k- s x k (3) 1
74 .
(1) f(x) < 1
(1) f(x) < 1
(2) f(x) = 1
(2) f(x) = 1
(3) 2 > f(x) > 1
(3) 2 > f(x) > 1
(4) f(x) 75 .
; f n o le h d j .k (x–a)(x–b) = c, c 0 d s e w y - s x g S ] r k s le h d j(x– .k )(x–) + c = 0 d s e w y g k s
(1) 3
assume is
74 .
e w y k s a d k 2v g U S r j
(1) ±2
(x–a)(x–b) = c, c
73 .
x2 + px + 8 = 0 d s
r c p d k e k u g k - s x k
tion x2 + px + 8 = 0 is 2, then p =
72 .
; f n le h d j .k
2
(4) f(x)
In the given figure, P and Q are the mid-points of AC and AB. Also PG = GR and HQ = HR. What is the ratio of area of
ABC
PQR
to area of
75 .
2
f n ,x ,f p = s a e AC rF k kAB d s e/ ; f c U n q ÿ e ' Pk rF k k % Q g PG = GR , S rF k k o a HQ = HR g S A f =HPQR k q t rF k k f =H k qABC t d s { k S = Q y k s a d k v u k r g S ? q i
? C C G
R
G
R P
P
H H A
A
(1)
(3)
18/25
1 2 3 5
Q
Q
B
B
(2)
2 3
(4) None of these
(1)
(3)
1 2 3 5
(2)
2 3
(4) b u e s a
ls d k s b Z u g h a
Sample questions for ASAT : Nurture Course 76 .
In the adjoining figure O is the centre of the
76 .
circle with radius r. AB, CD and EF are the diameters of the circle.
OAF = OCB = 60º.
r g f n , x , f p = se a o ` Ÿ k d kO rF k k d s U n z f = T ; k S A A B, CD rF k kEF o ` Ÿ k d s O ; k l g S OAF ,o a = OCB = 60º g S ] r k s N k ; k a f d r H k k x d k { k s = Q y?K k r d h f t,
What is the area of the shaded region ? D
D
A A
60º
B
O
60º
F
3 3 (1) 2 2 (3) 3
60º
O
B 60º
F
C
C
r2
r2
E
E
3 3 (2) 2 4
3 3 (1) 2 2
3 3 (2) 2 4
(4) data insufficient
2 3 (3) 3 3
M + s a (4) v k a d
r2
r2
r2
r2
2 3 3
(
Comprehension for (Q.No.77 & Q.No.78)
77
78
)
f n ; s x ; s f p = se a ] BC H k q t d kk e/ ; f c U n qD g S rF k k ; f n BC = a, AC = b, AB=c, ED= x, AD = p rF k k S A AE = h g
In the given figure, D is the midpoint of side BC and If BC = a, AC = b, AB=c, ED= x, AD = p and AE = h.
A
A
b
b c
h
77 .
If b p ax 2
2
(1) 2 78 .
2
(1) p
a 2
D
77 .
(3) 8
(4) 16
a2 is equal to 4
2
p2 (3) 2
(2) 2p
78 .
(4) None of these
Value of a is : (2) –1
(3) ± 1
(4) None of these
For the above quadratic equation :
2
p x
a2 k
D
2
a2 4
C
(3) 8
(4) 16
d k e k u g- S 2
(1) p
(2) 2p
p2 (3) 2
(4) b u e s a
79
80
ls d k s b Z u g h a
)
e k u k ,d f } ? k k r le h d jx .2k + 3ax + 2a2 = 0 g S ;f n le h d j .k d s e w y rF k k g S rF k k + = 5 f n ; k x ; k g S A a d k e k u g: S (1) 1 (3) ± 1
80 .
a 2
g k s ] kr d k s k e k u g- S
(2) 4
c + ax –
(
79 .
(1) 1
; f n b p ax 2
2
2
Let us consider a quadratic equation 2 2 x + 3ax + 2a = 0. If the equation has roots , and it is given that + = 5
80 .
E
(1) 2
Comprehension for (Q.No.79 & Q.No.80)
79 .
h
B
C
a2 then k is k
(2) 4
c + ax –
c
p x
E
B
v i ;k Z I r
(2) –1 (4) b u e s a
ls d k s b Z u g h a
f n ; s x ; s le h d j .k d s f y: ,
(1) D > 0
(2) D < 0
(1) D > 0
(2) D < 0
(3) D = 0
(4) None of these
(3) D = 0
s a (4) b u e
ls d k s b Z u g h a 19/25
Sample questions for ASAT : Nurture Course SECTION-D : BIOLOGY FOR ADMISSION IN MEDICAL STREAM ( This section contains 20 multiple choice questions. Each question has four choices (1), (2), (3) and (4) out of which ONLY ONE is correct.
b l [ k . M s a e 20 81 .
82 .
(2), (3) v k S j (4) g g S A zi R ; s d zi ' u s a e p k j(1), f o d Y i S a f tu e s a ls lg h g S A Among mammals, which one plays a 81 . L r u/ k k f j ; k s s a e n q X /k zi k s V h u d s ik p u s a e d k S u lk e g significant role in the digestion of milk proteins? f uH k k r k? g S (1) Pepsin (1) i s f I lu (2) Rennin (2) j s u h u (3) Trypsin (3) f V ™ f I lu (4) Amylase (4) , e k b y s t H k d k s L r E-IIH l k s f e y k u d h f t,A v k S j lg h m Ÿ k j d k Match Column - I with Column - II and select 82 . L r E -I the correct option. p ; u d j s a A (A) Plantae 1. Archaebacteria (A) i 1. v k d k n i h Z c S D V h f j ;k (B) Fungi 2. Euglenoids (B) d 2. ; o d w X y h u k s b M ~ l (C) Protista 3. Phycomycetes (C) i 3. Q k b d z k s f V L V k k s e k b lh V h t (D) Monera 4. Bryophyta (D) e k s u 4. c s j k z k ; k s Q k b V k (1) A - 4, B - 3, C - 2, D - 1
(1) A - 4, B - 3, C - 2, D - 1 (2) A - 1, B - 2, C - 3, D - 4
(2) A - 1, B - 2, C - 3, D - 4 (3) A - 3, B - 4, C - 2, D - 1 (4) A - 4, B - 2, C - 3, D - 1
(3) A - 3, B - 4, C - 2, D - 1 (4) A - 4, B - 2, C - 3, D - 1 83 .
The term ‘water-pollution’ can be defined in several ways. Which of the following statements does not give the correct definition ? (1) The addition of undesirable substances in water bodies. (2) The removal of desirable substances from water bodies. (3) A change in pressure of the water bodies. (4) A change in temperature of the water bodies.
83 .
84 .
Identify the missing labels in the diagram
84 .
below.
ty& i z n w " k . k d k s f o f H k È k r jh d s ls if jH k k f " k r d j l f u E u e s a ls d k S u lk dF k u ty zi n w " k . k d k s lg h i f jH k k d j r k ? (1) v u q i q; D r in k F k k s ± d k ty le w g se a f e y k u k (2) ty le w g ls o k a f N r in k F k k s ± d k s g V k u k (3) ty le w g d s n k c e s a if jo r Z u g k s u k A (4) ty le w g d s r k i e k u se a if jo r Z u g k s u k A u h p s f n , x , f p = e s a [ k k y h tx g i j l g h m Ÿ k j d k s i g p k f u ,\ 1
1 Cell divisions
Cell divisions Diploid cells (2n) Reproductive cells develop
4
Male gamete Female gamete (sperm) (egg) Cell divisions
2
Cell di visions
3 Nature ga metophyte
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Cell divis ions
Cell divisions Diploid cells (2n) Reproductive cells develop
4
Male gamete Female gamete (sperm) (egg) Cell divisions
2
Cell di visions
3 Nature ga metophyte
Sample questions for ASAT : Nurture Course (1) 1-v/ k Z
(1) 1-meiosis forms spores; 2-zygote forms; 3-diploid; 4-sporophyte (2) 1-sporophyte; 2-meiosis forms spores; 3-haploid; 4-zygote forms (3) 1-sporophyte; 2-meiosis forms spores; 3-diploid; 4-zygote forms (4) 1-zygote forms; 2-sporophyte; 3-diploid; 4-meiosis forms spores 85 .
The diagram below shows part of the carbon
85 .
; l w = h f oH k k tu sl; 2c h t q; Xk . e k q u t c u u k 3- f } x 4- f c tk . k q n ~ f H k n q f .;k r (2) 1- f o tk . k q n ~ ; f 2H k n v/ k Z l w = h f oH k k tu sl; c h tk . k q 3-v x ; 4- q; X e u t c u u k q f .k r (3) 1- f c tk . k q n ~ f ; H2- k n ~ v/ k Z l w = h f oH k k t u sl; c h t k . k q q f .;k r ; X e u t c u u k 3- f } x 4- q (4) 1- q; X e u t c u u k ; 2- f c t k . k q n ~ f; H3- k n f } x q f . ;k r 4-v/ k Z lw = h f oH k k tu ls c h tk . k q c u u k A u h p s f n ; k x ; k f p = d k c Z u p ÿ d k s zi n f 'k Z:- r d j r k g S
cycle. Atmospheric CO 2
Atmospheric CO 2
Organic compounds
Organic compounds
Carbon compounds in soil
Carbon compounds in soil
Fossil fuels Fossil fuels
If many trees are removed from a forest by logging, what is the most immediate effect on the carbon cycle in that forest? (1) Increased rates of decomposition (2) Decreased use of atmospheric CO 2 (3) Decreased combustion of fossil fuels (4) Increased production of organic compounds 86 .
The diagram below shows the locations of the pituitary gland and the kidneys in the human
86 .
; f n d V k b Z d j u s ls ta x y d s c g q r ls o ` { k k s a d k s g V k f g S r k s m l ta x y se a d k c Z u p ÿ ij g k s u s o k y k qr j U r zi g k s x? k (1) v i ? k V u d h n j c < + tk u k A k m i ; k s x d e g k s tk , x k A (2) o k r k o j .k h ; CO2 d (3) th o k ' e h ; b ± / k u d k n g u d e g k s tk , x k A (4) d k c Z f u d in k F k k s ± d k m R i k n u c < + tk , x k A u h p s f n , e k u o 'k j h j d s f p = se a i h ; w " k x z f U F k ,o a o ` f L F k f r d k s n ' k k Z ; k x ; k g S A
body. Pituitary gland
Kidney
Pituitary gland
Kidney
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Sample questions for ASAT : Nurture Course i h ; w " k x z f U F k ls ,d in k F k Z L = k f o r g k s r k g S t k s j g k s r k g q v k o ` D d d h y{ ;d k s f k d ' k d k s v f / k d ik u h v o ' k k d j u s d s f y ,lw p u k n s r k g S A L = k f o r i n k F k Z f u E u se a g S f d ld k - - -- --?- - -
The pituitary gland can release a substance into the bloodstream that signals target cells in the kidneys to reabsorb more water. The released substance is an example of (1) An enzyme
(1) , d ,U tk b e
(2) A hormone
(3) , d U ; w
(3) A neurotransmitter (4) A vitamin 87 .
88 .
During which stage of the cell cycle does the cell duplicate its DNA?
(1) M stage
(2) G 1 stage
(3) S stage
(4) G 2 stage
Predict what will happen as an impulse travels
87 .
j k s V ™ k W le(4) h V j , d f o V k e h u
d k s f k d ' k p ÿ d h f d lv o L F k k se a d k s f DNA 'k d k d v k i u s z f r œ r h d j .k d j r h ? g S i
(2) G1 v o L F k k v o L F k k (3) S v o L F k k (4) G2 v o L F k k u h p s f n ,x ,f p = e s a l k s f p ,D ; k g k s x k tc ,d v k o s x ,D lk W
88 .
ls g k s r k g q v k x? q t s x j k
Resting potential
Outside cell
g k W e k s Z u
(1) M
along the axon in the diagram below.
Inside cell
(2) , d
Resting potential
Inside cell
[Na ] [K ]
Outside cell
[Na ] [K ]
[Na ] [K ]
[Na ] [K ]
(1) More potassium will move into the cell.
v f / k d i k S V s f k ; ' e d k s f 'k d k d s v U n j tk , x k A e d k s f 'k d k d s v U n j tk , x k A (2) v f / k d l k s f M + ; (1)
(2) More sodium will move into the cell. (3) Both sodium and potassium will move out
e ,o a (3) l k s f M ;
i k S V s f 'k ; e d k s f k d ' k d s c k g j tk , x k A (4) l k s f M ; e d k s f 'k d k d s c k g j tk , x k A
of the cell. (4) Sodium will move out of the cell. 89 .
What is produced by the structure labelled A in the illustration?
89 .
la j p u kA d k s f p = e s a n ' k k Z ; k x ; k g S A b l la j p u k ls D ; k g k s r k ? g S A
A
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(1) Rhizoids
(2) Thallose leaves
(3) Spores
(4) Rhizomes
(1) e w
y k x z (3) c h tk . k q
F k S y l i Ÿ k h (4) i z d U n (2)
Sample questions for ASAT : Nurture Course 90 .
Which process is taking place in this diagram?
90 .
f n , x , f p = se a d k S u lh zi f ÿ ; k g k ? s jg h g S
Ribs Diaphragm
Ribs Diaphragm
(2) Exhalation; the diaphragm is relaxing. (3) Inhalation; the chest cavity is reduced. (4) Exhalation; the rib cage is expanding. 91 .
Two arteries and two veins are labelled in the
91 .
diagram.Which two are veins?
92 .
v U r% 'o lu; M k ; ›k W e la d q f p r g k s jg k g S A (2) f u% 'o lu ; M k ; ›k W e f k f ' F k y g k s jg k g S A (3) v U r% 'o l;u o{ k h ; x q g k d k d e g k s u k (4) f u% 'o lu ; i ly h f ia t jk Q S y u k f n ,x ,f p = s a e n k s /k e u h ; k ° o n k s f k j ' k , s a n ' k k Z ; h x b Z ? g S n k s f 'k j k , s a (1)
(1) Inhalation; the diaphragm is contracting.
(1) A and B
(2) B and C
o a B (1) A ,
o a C (2) B ,
(3) B and D
(4) C and D
(3) B , o a D
(4) C , o a D
Which reaction takes place in the stroma (2) of
92 .
f u E u s a e ls d k S u lh f ÿ ; k g f jr y o d d s L V ™ ? k s e k s a e
the chloroplast?
(1) Glycolysis
(1) X y k b Q k s y k b f ll
(2) Light-dependent reaction
(2) i z d k ' k
(3) Light-independent reaction (4) Krebs cycle 93.
Arteries (1) Carry blood away from heart ,are thick walled and contain valve (2) Carry blood away from heart ,are thick walled and Lack valve (3) Carry blood towards heart ,are thin walled and contain valve (4) Carry blood towards heart ,are thin walled and lack valve 94 . Which of the following bacterial component is made up of DNA? (1) Ribosome (2) Plasmid (3) Lysosomes (4) Protein
93.
94 .
v k / k k f jr v f H k f ÿ ; k z d k ' k & lo r a = v f H k f ÿ ; k (3) i (4) ÿ s c p ÿ / k e u h ; k a(1) j D r d k s ‚ n ; ls n w j] e k s V h f H k f Ÿ k o o k Y o o k y h k s (2) j D r d
‚ n ; ls n w j] e k s V h f H k f Ÿ k o f c u k o k Y o
(3) j D r d k s
‚ n ; d h r j Q] i r y h f H k f Ÿ k o o k Y o o k y h
k s (4) j D r d
‚ n ;d h r j Q] i r y h f H k f Ÿ k o f c u k o k Y o o k
f u E u se a sl d k S u l k t h o k . k q oDNA h ; ? k V d d k c u k g k s r k ? g S (1) j k b c k s l k s e (2) I y k tf e M z k s V h u (3) y k b l k s l k s e (4) i 23/25
Sample questions for ASAT : Nurture Course (
Comprehension for (Q.No.95 to Q.No.97) the earth is used up by the plants in the process
i g q ° p r h g S f tld k m i ; k s x i k S / k s zi d k ' k la ' y s " k . k d s f y
energy of food. There is a continuous transfer
g S a v k S j H k k s tu d s f y , jk lk ; f u d t ≈ k Z d s :i se a la x z f g r g S A H k k s tu [ k k |J ` a [ k y k se a b l ≈ tk Z d k ,d i k s " k . k
to the next in a food chain (producer to
n w l j h
herbivore to carnivore and so on). At each trophic level, some of the energy is utilized by
L r j r d L F k k u k U r j . k
g k s r k
) ' ,o a ÿ e i z k R% ; s d
i k s " k . k L r j ij m l ≈ tk Z d k d q N H k k x] zi k . k h } k j k m i k
respiration and growth. A part of the energy is lost at each energy transfer in various tropic
f ÿ ; k , tS ls o ' lu o o ` f se a d k e se a y s r s g S A t ≈ k Z d k L r
levels. The amount of energy available gradually decreases. Only 10% of the energy
lr r ~ d e g k s r k tk r k g S A tS ls & tS ls s; v k x s d s i k s " k . k
entering a particular trophic level of organisms
10% L F k k u k U r f j r g k s r h g S A d s o y t ≈ k ZH k k x d k v k x s d s
is available for transfer to the next higher
i k s " k . k L r j r d i g q ° p ik r h g S t ≈ k Z d k zi o k g ,d f n ' k k se a g S D ; k s a f d " e ≈ k d s :i se a ‚ k f lr t ≈ k Z [ k k |J ` a [ k y k se a i k } k j k zi d k ' k la ' y s " k . k se a m i ; k s x u g h a d h tk ld r h g S
trophic level. The flow of energy is in single direction because the energy lost as heat from the living organisms of a food chain cannot be reused by plants in photosynthesis. T1
T2
T3
T4
T1
T5
1000 cal.
100 cal.
10 cal.
1cal.
1000 cal.
0.1 cal.
In the above food chain total amount of solar
T2
T3
T4
T5
? k k a l s a < + d lk a i p h y d h V e
Grass InsectsFrogsSnakes Eagle
95 .
energy perceived on earth converted to food by producers is-
100 cal.
10 cal.
1cal.
(2) 10%
(1) 1%
(2) 10%
(3) 99%
(4) 90%
(3) 99%
(4) 90%
Total amount of energy available at Herbivore
96 .
' k k d k g k j h L r j ij m i f L F k r ≈ tk Z d k d q y H k k x t k s v k xs i k s " k . k L r j d s f y , m i f L: F k r g S
(1) 100 cal.
(2) 1000 cal.
(1) 100 cal.
(2) 1000 cal.
(3) 10 cal.
(4) 90 cal.
(3) 10 cal.
(4) 90 cal.
In the above food chain primary consumer and secondary carnivore is(respectively)-
97 .
0.1 cal.
m i j k s D r [ k k |J ` a [ k y k se a lw ; Z t ≈ k Z% H k k x d h f d r i u k` F o h i j v k i k r h g S t k s m R i k n d k s } k j k [ k k | i n k F k Z se a tk r h g S-
(1) 1%
level for next trophic level is:
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i k s " k . k
( m R i k n d k k d ' k g k j h e k a lk g k j h
the organisms for their metabolic activities like
97 .
)
of photosynthesis and stored as chemical of energy from one trophic level of organisms
96 .
97
lw ; Z zi d k ' k t ≈ k Z d h d q y t ≈ k Z1%d i k ` F o h lr g r d
About 1% of the total sun's energy reaching
95 .
95
m i j k s D r [ k k |J a ` [ k y k se a zi k F k f e d m iH k k s D r k v k S j f ÿ e ' k % g- S
(1) Insect and frog
(1) d h V
(2) Frog and Snake
(2) e s < +
d v k S j lk a i
(3) Insect and Snake
(3) d h V
v k S j lk a i
(4) None of the above
j k s D r se a (4) m i
v k S j se < + d
ls d k s b Z u g h a
Sample questions for ASAT : Nurture Course Comprehension for (Q.No.98 to Q.No.100) The eukaryotes include all the protists, plants, animals and fungi. In eukaryotic cells there is an extensive compartmentalization of cytoplasm through the presence of membrane bound organelles. Eukaryotic cells possess an organised nucleus with a nuclear envelope. In addition, eukaryotic cells have a variety of complex locomotory and cytoskeletal structures. Their genetic material is organised into chromosomes. All eukaryotic cells are not identical. Plant and animal cells are different as the former possess cell walls, plastids and a large central vacuole which are absent in animal cells. On the other hand, animal cells have centrioles which are absent in plant cells. 98 . Membrane bound cell organelles are found in(1) Bacteria (2) fungi (3) Blue green algae (4) Virus 99 . Presence of plastids are characterstic feature of(1) Plants (2) animals (3) Fungi (4) Bacteria 100. Nucleus is peripheral in plant cell due to presence of(1) Central large vacuole (2) Mitochondria (3) Plasma membrane (4) Ribosome
(
98
100
)
; w d S f jv k s V ~ l e s a lH k h zi k s f V L V ] i k n i] tU r q rF k k d g S A ;w d S f jv k s f V d d k s f k d ' k v k s a s a e f > Y y h v k L r k f d h m i f L F k f r ls d k s f 'k d k Ê O ; d k f o L r ` r f oH k k tu g k s ; w d S f j ; k s f V d d k s f k d ' k v k s a se a d s U Ê d h ; v k o j .k d s l a x f B r d s U Ê d g k s r k g S A b l d s v y k o k ; w d S f j ; k d k s f k d ' k v k s se a tf V y p k y d rF k k d k s f 'k d k f ia tj la j p u d h f o f H k U u f d L e s a g k s r h g S a A v k u q o k a f k d ' in k F O ; o f L F k r g k s r k g S A lH k h ;w d S f j ; k s f V d d k s f 'k d k , ° g S A ik n irF k k tU r q d k s f k d ' k , ° fH k U u Sg a D ; k s a f d ik f H k f Ÿ k ] y o d rF k k ,d c M + h d s U Ê d h ;f jf D r d k m i f L F g S t k s f d tU r q d k s f 'k d k v k s a s a e s; v u q i f L F k r g k s r s tU r q d k s f 'k d k se a r k j d d s U Ê g k s r k g S t k s ik n i d k s f v u q i f L F k r g k s r k g S A 98 . f > Y y h v k L r k f jr d k s f 'k d k a x- f e y r s g S a (1) th o k . k q (2) d o d (3) u h y& g f jr k' S o k y (4) f o " k k . k q 99 . y o d k s a d k ik ; k tk u k f d ld k v f H k y k { k f- .k d x q . k g S (1) i (2) tU r k n i q o d (3) d (4) th o k . k q 100. i k n id k s f k d ' k se a d s U Ê d f d ld h m i f L F k f r d s d k j .k i f jË g k s r k - g S (1) c M + h d s U Ê d h ; f jf D r d k (2) lw = d f .k d k (3) I y k T e k f > Y y h (4) j k b c k s l k s e
ANSWER KEY Que.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Ans.
2
2
1
1
4
4
2
4
3
1
2
3
2
2
3
3
4
4
2
3
Que.
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
Ans.
4
4
3
3
4
1
2
1
2
4
3
4
1
3
1
3
1
1
1
2
Que.
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
Ans.
1
4
1
4
3
2
3
3
2
4
3
2
4
4
1
2
3
3
1
2
Que.
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
Ans.
3
2
3
1
2
2
3
2
1
1
3
3
3
4
1
1
2
1
3
1
Que.
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
Ans.
2
1
3
2
2
2
3
2
2
1
3
3
2
2
1
3
3
2
1
100
1
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