appearance. If the customs official selects 3 of the tablets at random for analysis, what is the probability that the traveler will be arrested for illegal possession of narcotics? A. 13/17 B. 11/17 C. 14/17 D. 15/17
PRACTICE EXAM FOR CET 1
MATHEMATICS
1.
In how many ways can 3 acacias, 4 narras, and 2 mahoganies be arranged along a property line if one does not distinguish among trees of the same kind? A. 1260 B. 1620 C. 1026 D. 1062
2.
The probability that Vaan will be alive a live in 20 years is 0.4, and the probability that Penelo will be alive in 20 years is 0.3. If we assume independence for both, what is the probability that neither will be alive in 20 years? A. 0.44 B. 0.43 C. 0.42 D. 0.47
3.
A recent survey reported that 60 percent of the students at a certain university are girls and 65 % of girls of this school play basketball. If a student at this school were selected at random, what is the probability that the student is a girl who plays basketball? ba sketball? A. 0.39 B. 0.10 C. 0.42 D. 0.21
4.
7.
The electrical resistance offered by an electric wire varies directly as the length and inversely as the square of the diameter of the wire. Compare the electrical resistance offered by two pieces of wire of the same material, one being 100 m long and 5 mm diameter, and the other is 50 m long and 3 mm in diameter. A. R1 = 0.57 R 2 B. R1 = 0.72 R 2 C. R1 = 0.84 R 2 D. R1 = 0.95 R 2
8.
Seven carpenters and 5 masons earn a total of 2,300 per day. At the same rate of pay 3 carpenters and 8 masons earn 2,040. What are the wages per day of the carpenter and a mason? A. 200 & 180 B. 300& 210 C. 210& 170 D. 270 &150
9.
It takes Michael 60 seconds to run around a 440-yard track. How long does it take Jordan to run around the track if they meet in 32 second after they start together in a race around the track in opposite direction? A. 58.76 seconds B. 68.57 seconds C. 65.87 seconds D. 86.57 seconds
Droodles Charity Sweepstakes sold one hundred tickets, numbered 1, 2, 3, …., 100 to 100 different people for a
drawing. Four different prizes are awarded, including a grand prize (a trip to the Bahamas). How many ways are there to award the prizes if the person holding ticket 13 does not win a prize? A. 93054240 C. 90354420 B. 90345240 D. 90345024 5.
6.
NMDA plans to enforce speed limits by using radar traps at 4 different locations within the expressway. The radar traps at each of the locations R1, R2, R3, and R4are operated 40%, 30%, 20%, and 30% of the time, and if a person who is sp eeding on his way to work has probabilities of 0.2, 0.1, 0.5, and 0.2, respectively, of passing through these locations, what is the probability that he will receive a speeding ticket as he passed through the radar trap located at R2? A. 1/8 B. 1/7 C. 1/6 D. 1/9 To avoid arrest, a syndicate places 7 narcotic tablets in a bottle containing 10 vitamin pills that are similar in
10. The weight of chocolate bars from a particular p articular chocolate factory has a mean of 8 ounces with standard deviation of .1 ounce. What is the z-score corresponding to a weight of 8.17 ounces? A. 1.5 B. 1.6 C. 1.7 D. 1.8
11. You are given these numbers: 1, 2, 3, 4, 5, 9, 23, 32, and 69. Find the skewness. A. 2.95 B. 1.53 C. 2.65 D. 1.65 12. The roots of the equation 6x 2 – 61x + 143 = 0 are A. real and distinct B. real and equal C. complex and distinct D. complex and unequal 13. There are 3 copies each of 4 different books. In how many different ways can they be arranged on a shelf? A. 349,800 B. 549,600
C. 469,500 D. 369,600
14. The probability that a person, living in a certain town, owns a cat is estimated to be 0.3. Find the probability that the ninth person randomly interviewed in that town is the fourth one to own a cat. A. 0.089 B. 0.019 C. 0.076 D. 0.034 15. Dong's Pizza Company uses taste testing and statistical analysis of the data prior to marketing any n ew product. Consider a study involving four types of crusts (thin, thin with garlic and oregano, thin with bits of cheese and thick). Dong's is also studying four sauces, (standard, a new sauce with more garlic, a new sauce with fresh basil, and a new sauce with pandan). What is the probability that a judge will get a plain thick crust with a pandan sauce for his first taste test? A. 1/15 B. 1/17 C. 1/12 D. 1/16 16. To avoid arrest, a syndicate places 7 narcotic tablets in a bottle containing 10 vitamin pills that are similar in appearance. If the customs official selects 3 of the tablets at random for analysis, what is the probability that the traveler will be arrested for illegal possession of narcotics? A. 13/17 B. 11/17 C. 14/17 D. 15/17
17. Missy goes to a bake shop to buy some pastries for resale at Book Latte. She spends half her money for Revel Bars, and one-third of what remains for Triple Chocolate Brownies. She spends 150 for other pastries and still has 200 left from the amount she originally had. How much money did she have at the start? A. 1050 B. 5100 C. 1500 D. 1250 18. An alloy of silver and gold weighs 15 oz. in air and 14 oz. in water. Assuming that silver losses 1/10 of its weight in water and gold losses 1/18 of its weight, how many oz. at each metal are in the alloy? A. Silver = 4.5 oz.; Gold = 10.5 oz. B. Silver = 3.75 oz.; Gold = 11.25 oz. C. Silver = 5 oz.; Gold = 10 oz. D. Silver = 7.8 oz.; Gold = 4.2 oz. 19. A circle whose area is 452 cm square is cut into two segments by a chord whose distance from the center of the circle is 6 cm. Find the area of the larger segment in cm square. A. 372.5 B. 363.6 C. 368.4 D. 377.6 20. Given are two concentric circles with the outer circle having a radius of 10 cm. If the area of the inner circle is half of the outer circle, find the border between the two circles. A. 2.930 cm B. 2.856 cm C. 3.265 cm D. 2.444 cm 21. The base edge of a regular pentagonal prism is 6 cm and its bases are 12 cm apart. Find its volume in cu. cm. 3 A. 743.22 cm B. 786.89 cm 3 3 C. 567.45 cm D. 842.12 cm 3
22. A frustum of a pyramid has an upper base 100 m by 10 m and a lower base of 80 m by 8 m. if the altitude of the frustum is 5 m, find its volume. A. 4567.67 cu. m. B. 3873.33 cu. m. C. 4066.67 cu. m. D. 2345.98 cu. m. 23. The volume of water in a spherical tank having a diameter of 4 m. is 5.236 m 3. Determine the depth of the water on the tank. A. 1.0 B. 1.4 C. 1.2 D. 1.6 24. Given two spheres whose combined volume is known to be 819 cu. m. if their radii are in the ratio 3:4, what is the volume of the smaller sphere? A. 576 cu. m. B. 243 cu. m. C. 343 cu. m. D. 476 cu. m. 25. From the top of a building 100 m high, the angle of depression of a point A due East of it is 30°. From a point B due South of the building, the angle of elevation of the top is 60°. Find the distance AB. A. 100 + √ B. 200 - √ C. √ / 3 D. √ / 30 26. A flagpole 3 m high stands at the top of a pedestal 2 m high located at one side of a pathway. At the opposite side of the pathway directly facing the flagpole, the flagpole subtends the same angle as the pedestal. What is the width of the pathway? A. 4.47 m C. 6.28 m B. 3.21 m D. 8.1 m 27. An observer wishes to determine the height of a tower. He takes sights at the top of the tower from A and B, which are 50 ft. apart, at the same elevation on a direct
line with the tower. The vertical angle at point A is 30° and at point B is 40°. What is the height of the tower? A. 85.6 feet B. 143.97 feet C. 110.29 feet D. 92.54 feet 28. The sides of a right triangle are 8, 15 and 17 units. If each side is doubled, how many square units will be the area of the new triangle? A. 240 B. 300 C. 320 D. 420 29. Solve the remaining side of the spherical triangle whose given parts are A = B = 80º and a = b = 89º. A. 158º 12’ B. 162º 21’ C. 168º 31’ D. 172º 12’
30. In a potato race, 8 potatoes are placed 6 feet apart on a straight line, the first being 6 ft from the basket. A contestant starts from the basket and puts one potato at a time into the basket. Find the total distance he must run in order to finish the race. A. 532 ft. B. 432 ft C. 342 ft D. 222 ft 31. Two turtles Leonardo and Donatello start at the same time towards each other at a distance of 150 m. The rate of Leonardo is 10 m/s. While that of Donatello is 20 m/s. A fly flies from one turtle to another at the same time that the turtle starts to move towards each other. The speed of the fly is 100 m/s. Find the total distance travelled by the fly until the turtles meet. A. 650 B. 600 C. 750 D. 700 32. On a deck of playing cards, 2 cards are drawn at random. What is the probability of getting an A and a King? A. 6/845 C. 4/663 B. 5/935 D. 8/663
33. A cyclic quadrilateral is circumscribing a circle. The sides of the cyclic quadrilateral are as follows: a =48, c=54, d=38 and diagonals are 61.42m and 62m respectively. Compute the missing side b. A. 32 B. 28 C. 35 D.45 34. The probability that a certain industry will locate in Cagayan de Oro is 0.7, the probability that it will locate in Iloilo is 0.4, and the probability that it will locate in either Cagayan de Oro or Iloilo or both is 0.8. What is the probability that the industry will locate in both cities? A. 0.1 B. 0.3 C. 0.4 D. 0.5 35. A triangular lot has a frontage on the sea of 100 yards. The boundary lines running from the beach make on the inner side of the lot angles of 60° and 50° respectively with the shore line. Determine the distance of the dividing line from the vertex of the triangle to the opposite side along the shore line to divide the lots into two equal areas. A. 83.27 B. 71.19 C. 86.45 D. 68.54 36. A battleship started at 7:00AM on a 500 mile voyage on a special mission but was brought to a full stop an hour after starting for military reasons, delaying it for a full hour, after which it was ordered to proceed at a reduced velocity equivalent to 75% of its original speed. The ship arrived at its destination 3¾hr. after scheduled time. Determine the original speed of the battleship. A. 54.05mph C. 64.15mph B. 50.05mph D. 54.15mph 37. From a point O on the ground of a square courtyard of area 160,000 sq.ft., the angles of elevation of three flagstaffs of equal heights at three consecutive corners of the yard at A,B and C are 45°, 60°, and 60° respectively. Find the height of the each flagstaff in meters. A. 133.11m C. 215.45m B. 162.46m D. 114.31m 38. An engineer desires to measure the height of a tower by observing a vertical angle at A. He then moves 54m further towards the tower at B and observes the vertical angle to be twice that of A. He again proceed to move
further towards the tower at C still on the same line at a distance of 21m. The observed vertical angle of the tower at this point is three times that at A. Determine the angle of elevation of the tower at B. A. 42°16’
B. 24°35’
C. 38°11’
D. 26°76’
39. An urn contains 4 white balls and 3 black balls. Another urn contains 3 white balls and 5 black balls. If one ball is drawn from each urn, determine the probability that the balls drawn will be 1 white and 1 black. A. 27/56 B. 9/56 C. 29/56 D. 5/14 40. The angle of elevation of the top of a tower from a point A is
2330' . From another point B, the angle of
elevation of the top of the tower is 55 30' . The points A and B are 217.45 m apart and on the same horizontal plane as the foot of the tower. The horizontal angle subtended by A and B at the foot of the tower is 90 degrees. Find the height of the tower. A. 90.6 m C. 89.5 m B. 86.7 m D. 55.9 m
41. A stack of bricks has 61 bricks at the bottom layer, 58 bricks in the 2 nd layer, 55 bricks in the 3 rd layer and so on, until the last layer which has 10 bricks. Determine the total number of bricks used up. A. 639 B. 369 C. 539 D. 339 th
42. Find the value of x if the 8 term of the expansion of
x
3
A. 2
12
1
is equal to 25952256. B. 4 C. 3
D. 5
43. The probability that a car being filled with gasoline will also need an oil change is 0.25; the probability that it needs a new oil filter is 0.40; and the probability that both the oil and filter need changing is 0.14. If the oil had to be changed, what is the probability that a new oil filter is needed? A. 0.53 B. 0.54 C. 0.55 D. 0.56
44. The probability that a physician correctly diagnoses a particular illness is 0.7. Given that the physician makes an incorrect diagnosis, the probability that the patient enters a law suit is 0.9. What is the probability that the physicianmakes an incorrect diagnosis and the patient sues? A. 0.28 B. 0.29 C. 0.27 D. 0.25 45. The probability that Vaan will be alive in 20 years is 0.4, and the probability that Penelo will be alive in 20 years is 0.3. If we assume independence for both, what is the probability that neither will be alive in 20 years? A. 0.44 B. 0.43 C. 0.42 D. 0.47 46. Suppose that in a senior college class of 500 students it is found that 210 smoke, 258 drink alcoholic beverages, 216 eat between meals, 122 smoke and drink alcoholic beverages, 83 eat between meals and drink alcoholic beverages, 97 smoke and eat between meals, and 52 engage in all three of these bad health practices. If a member of this senior class is selected at random, find the probability that the student smokes but does not drink alcoholic beverages. A. 23/125 B. 24/125 C. 22/125 D. 27/125 47. The probability that a certain industry will locate in Cagayan de Oro is 0.7, the probability that it will locate in Iloilo is 0.4, and the probability that it will locate in either Cagayan de Oro or Iloilo or both is 0.8. What is the probability that the industry will locate in both cities? A. 0.1 B. 0.3 C. 0.4 D. 0.5
Stork candies. Find the probability of drawing these candies in order: Kopiko, Maxx, Stork. A. 67/389 B. 19/253 C. 33/785 D. 35/816
ELECTRONICS
1.
Calculate the resistivity of n-type semiconductor from 12 -3 the following data, Density of holes = 5 x 10 cm . Density of electrons = 8 x 10 13 cm-3, mobility of conduction electron = 2.3 x 10 4 cm2/ V-sec and mobility 2 of holes = 100 cm /V-sec. A.0.43 Ω-m C.0.42 Ω -m B.0.34 Ω -m D.0.24 Ω-m
2.
Determine ID2.
A. 6.061 mA B. 0.7 mA 3.
Determine the pinch-off voltage of an N-channel JFET with maximum transconductance value of 10 mS and a 12 mA drain-to-source saturation current based from its specification sheet. A. +2.4 V B. +12.6 V C. – 12.6 V D. – 2.4 V
4.
Suppose an intrinsic semiconductor has 1 billion free electrons at room temperature. If the temperature changes to 75'C, how many holes are there? A. Fewer than 1 billion C. More than 1 billion B. 1 billion D. Impossible to say
5.
A voltage of 9 V is applied in forward direction to a semiconductor diode in series with a load resistance of
48. If a letter is chosen at random from the English alphabet, find the probability that the letter is listed, somewhere after the letter g. A. 19/26 B. 17/26 C. 15/26 D. 11/26 49. A bag contains 7 pink balls and 9 beige balls. If 2 balls are drawn in succession without replacement, find the probability that the two balls drawn are both pink. A. 5/41 B. 7/40 C. 3/31 D. 13/36 50. Rhazel draws 3 candies in succession from a jar containing 5 Kopiko candies, 6 Maxx’s candies and 7
C. 3.393 mA D. 3.571 mA
1000 Ω. The voltage across the load resistance is zero. It
indicates that A. diode is short circuited C. resistor is open circuited B. diode is open circuited D. diode is either o.c or s.c
6.
What is the current through the zener diode? 13. What is the minimum value of load that can be used in a basic zener regulator providing a constant output voltage of 10V from a 20V supply using 300Ω series
resistor ? ( the value for the z ener current ranges from 5mA to 50mA). A. 0 mA B. 7 mA C. 8.3 mA
D. 13 mA
7.
When the base resistor decreases, the collector voltage will probably A. Decrease C. Increase B. Stay the same D. Do all of the above
8.
If the emitter resistance increases in a VDB circuit, the collector voltage A. Decreases C. Increases B. Stays the same D. Doubles
9.
For BJT transistor. The maximum power dissipation is specified as 350 mW if ambient temperature is 25°C. If ambient temperature is 60°C the maximum power dissipation should be limited to about A. 100 mW C.450 mW B.250 mW D.600 mW
10. What is the ratio of I D / IDSS for VGS = 0.5 V P? A. 0.25 B. 0.5 C. 1 D. 0
A. 353 Ω
C. 482 Ω
B. 538 Ω D. 631 Ω
14. Calculate the silicon diode current for the forward bias voltage of 0.6 V at 25 ºC, if the reverse saturation current is 10µA. A. 2.33 A B. 1.62 A C. 1.18 A D. 2.94 A 15. The intrinsic carrier concentration of silicon sample at 300 K is 1.5 x 10^16/m3. If after doping, the number of majority carriers is 5 x 10^20/m3. The minority carrier density is A. 4.5 x 10 11/m3 C.5 x 1020/m3 B.3.33 x 10 4/m3 D.3 x 10 -5/m3 3
3
16. The Hall constant in Si bar is given by 5 x 10 cm / coulomb, the hole concentration in the bar is given by A. 105/cm3 C.1.5 x 1015/cm3 B.1.25 x 10 15/cm3 D.1.6 x 10 15/cm3 2
17. The carrier mobility in a semiconductor is 0.4 m /Vs. Its diffusion constant at 300k will be (in m 2/s). A. 0.43 B. 0.16 C. 0.04 D. 0.01
11. A particular green LED emits light of wavelength 5490, Å, the energy bandgap of the semiconductor material used there is ______ (h = 6.6 x 10-34 J sec). A. 2.26 eV C.1.17 eV B.1.98 eV D.0.74 eV
18. Refer to this figure. The value of V BC is:
12. Refer to figure given below. Calculate the value of V DS. A. 9.2 V B. 9.9 V
A. 0 V –2 V
B. 2 V
C. 4 V
D.
C. –9.9 V D. –9.2 V
19. Design an emitter-stabilized network at I C(Q)=1/2 IC(sat) and VCE(Q)=1/2 VCC . Use VCC=20V, IC(sat)=10mA, β=120, and RC=4RE. Use standard values. A. RC =1.6 kΩ; R E =62 Ω; R B =820 kΩ B. RC =1.6 kΩ; R E =390 Ω; RB =430 kΩ
C. RC =36 kΩ; R E =390 Ω; R B = 750 kΩ D. RC =12.26 kΩ; R E =519 Ω; R B = 627 kΩ 20. Calculate VCE.
A. 0 kohm B. 1.68 kohm
C. 6.81 kohm D. 8.5 kohm
24. Identify the p-channel D-MOSFET.
A. a A. 4.52 V B. –4.52 V
C. 4.48 V D. –4.48 V
21. Given the values of V DQ and IDQ for this circuit, determine the required values of R D and RS.
B. b
C. c
D. d
25. Design a self-bias network using a JFET transistor with IDSS of8 mA and V P of negative 6 V to have a Q-point at ID(Q )=4 mA using a supply of 14 V. Assume that RD =3RSand use standard values. A. RS= 5.5 kΩ; R D= 2.7 kΩ C. RS= 1.6 kΩ; R D= 39 kΩ B. RS= 11kΩ; RD= 13 kΩ D. RS= 430 Ω; R D= 1.3 kΩ 26. As temperature increases the number of free electrons and holes in an intrinsic semiconductor A. increases C. remains the same B. decreases D. may increase or decrease 27. As temperature increases the number of free electrons and holes in an intrinsic semiconductor A. increases C. remains the same B. decreases D. may increase or decrease
A. 2 kohm , 2 kohm B. 1 kohm , 5.3 kohm C. 3.2 kohm , 400 ohm D. 2.5 kohm , 5.3 kohm 22. Refer to this figure. Identify the Schottky diode.
28. Find the capacitance of an initially uncharged capacitor for which the movement of 3 x 10 15 electrons from one capacitor plate to another produces 200 V capacitor voltage. A. 4.2 pF B. 42.0 pF C. 2.4 µF D. 24.0 µF 29. The true power in the given circuit equals ___.
A. a
B. b
C. c
D. e
23. Calculate the value of RS. Assume V GSQ = −2V. A. 48.48 mW B. 296.93 mW
C. 28.64 mW D. 96.98 mW
30. What is the bandwidth of the circuit?
A. 1.85 kVAR B. 2.25 kVAR
A. 31.8 Hz C. 142 Hz
B. 32.3 Hz D. 7.2 kHz
31. An ac circuit draws 5 A current at 220 V and consumes 1000 W power. What is its power factor? A. 0.82 B. 0.88 C. 0.91 D. 0.96 32. A three-phase balanced load has a 10 ohms resistance in each of its phases. The load is supplied by a 220 V three phase source. Calculate the power absorbed by the load if it is connected in wye. A. 4.84 kW B. 48.4 kW C. 14.5 kW D. 1.45 kW 33. A three phase 600 V 25 Hz source supplies power to a balanced three-phase motor load. If the line current is 40 A and the power factor of the motor is 0.8, determine the active and reactive powers drawn by the motor. A. 33.26 kW and 24.9 kVAR B. 24.9 kW and 33.26 kVAR C. 12.85 kW and 42.8 kVAR D. 42.8 kW and 12.85 kVAR 34. After the magnetizing force has been removed, the ratio of the remaining magnetic flux to the saturated magnetic flux is called ______. A. saturation C. hysteresis B. retentivity D. coercivity 35. The polarity of induced voltage while a field is collapsing is A. independent of the force creating the field B. opposite to the force creating the field C. identical to the force creating the field D. present only if the force is stationary 36. What is the reactive in a circuit that has as input impedance of 20-40 Ω and an applied voltage of 240 V?
C. 16.2 kVAR D. 19.4 kVAR
37. A coil of copper wire has a resistance of 62 ohms at a room temperature of 24 degrees Celsius. What will be its resistance at 80 degrees Celsius? (For copper, α0 = 0.0042) A. 88 ohms C. 78 ohms B. 91 ohms D. 75 ohms 38. Calculate the electrostatic force of repulsion between two α -particles when at a distance of 10^-13 m from each other . Charge of an α -particle is 3.2x10^-12 C. If mass of each particle is 6.68x10^-27 N-m 2/kg2. A. 2.9x10^-2 N C. 9.2x10^-2 N B. 2.9x10^2 N D. 9.2x10^2 N 39. Three identical point charges, each Q Coulombs, are placed at the vertices of an equilateral triangle 10 cm apart. Calculate the force on each charge. A.
√ C. √ D. 40. Find the radius of an isolated sphere capable of b eing charged to 1 million volt potential befre sparking into the air, given that breakdown voltage of air i s 30,000 V/cm. A. 0.033 m B. 0.333 m C. 3.33 m D. 33.3 m 41. Operating at maximum capacity, a 12 470 alternator supplies 35 MW at a 0.7 lagging power factor. What is the maximum real power that the alternator can deliver? A. 25 MW B. 32.5 MW C. 50 MW D. 72.5 MW 42. Two similar coils have a coupling coefficient of 0.25. When they are connected in series cumulatively, the total inductance is 80mH. Calculate the self-inductance of each coil. Also calculate the total inductance when the coils are connected in series differentially.
A. 230 µH ; 84 µH B. 320 µH ; 480 µH
C. 23 mH ; 84 mH D. 32 mH ; 48 mH
43. Calculate the voltage at point C in the given circuit.
A. +1.48 V C. +11.6 V
B. +0.94 V D. +3 V
44. How long does it take for an initial charge of 20 V DC to decrease to 7.36 V DC in a 0.01-microfarad capacitor when a 2-megohm resistor is connected across it? A. 0.02 seconds C. 20 seconds B. 0.04 seconds D. 40 seconds 45. A conductor of length 1 metre moves at right angles to 2 a uniform magnetic field of flux density 1.5 Wb/m with a velocity of 50 metre/second. Calculate the e.m.f. induced in it. A. 24.5 V B. 37.5 V C. 49.0 V D. 75.0 V 46. The field winding of a d.c. electromagnet is wound with 960 turns and has resistance of 50 Ω when the exciting
voltages is 230 V, the magnetic flux linking the coil is 0.005 Wb. Calculate the energy stored in the magnetic field. A. 4.28 Joules B. 11.04 Joules C. 22.67 Joules D. 28.25 Joules 47. Find the approximate inductance of a single-layer 50turn coil that is wound on a ferromagnetic cylinder 1.5cm long and 1.5mm in diameter. The ferromagnetic material has a relative permeability of 7000. A. 2061.1 H B. 2.59 mH C. 0.16 mH D. 0.37 µH
48. A current sine wave has a peak of 58 mA and a radian frequency of 90 rad/s. Find the instantaneous current at t=23 ms. A. 2.25 mA B. 10.2 mA C. 42.4 mA D. 50.9 mA 49. A series RL network is supplied with a 200-volt, 60-cycle AC-source. If the voltage across the resistor R is 100 V, what is the voltage across the inductor L? A. 0 V B. 173.2 V C. 100 V D. 200 V 50. A coil of 3.50 µH and a capacitor of 47.0 pF are in parallel. The frequency is 9.55 MHz. There is nothing else in series or parallel with these components. What is the admittance vector? A. 0 + j 0.00282. B. 0 – j 0.00194. C. 0 + j 0.00194. D. 0 – j 0.00758.
