Form 6 STPM 2013 - Thermochemistry Instagram: ningjie.emilyFull description
Physics Practical for Form 6 (2013) Instagram: ningjie.emilyFull description
experiment
Form 6 STPM 2013 Instagram: ningjie.emilyFull description
Physics experiment for Form 6 (2012)\ I've done this experiment on my own and I hope no one re-uploads this and needless to mention, selling this. Sorry for any inconvenience cause due…Full description
Physics 204 Lab ReportFull description
Physics practical for Form 6 (2013) Apparently there's this http://www.scribd.com/jbhlee dumbass who took all my typed content and re-uploaded them like it's his work and put them on Scri…Full description
Physics Practical for Form 6 (2013) Apparently there's this http://www.scribd.com/jbhlee dumbass who took all my typed content and re-uploaded them like it's his work and put them on Scri…Full description
Soalan Percubaan STPM Physics Penggal 2_Modul 1
Faraday's Law - Form 6 STPM 2013 Instagram: ningjie.emilyFull description
Form 6 STPM 2013 - qualitative analysis Instagram: ningjie.emilyFull description
Form 6 STPM 2013 - qualitative analysis Instagram: ningjie.emilyFull description
Form 6 STPM 2013 Instagram: ningjie.emilyFull description
Form 6 STPM 2013 - qualitative analysis Instagram: ningjie.emilyFull description
2011 PAPER 2
Form 6 Physics Practical Report 2013 STPM Instagram: ningjie.emilyFull description
stpm term 3
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Correction: For the table for object A immersed in water, the correct symbols for length of the spring is l' while for horizontal distance is x'. Instagram: ningjie.emilyFull description
Instagram: ningjie.emilyFull description
For the steps to overcome the weakness of the experiment (c) (iii) the missing words are "as shown in the figure.". It would be better to say "Inaccurate human eye estimation" for (b) (iii).…Full description
STPM Physics Experiment 7 (Second Term) Title: Wheatstone Bridge Results: No. 1 2 3 4 5 Average a
Length of wire Rx between terminals C and D, x/cm 38.00 38.00 38.00 38.00 38.00 38.00 Distance of the balance point from A, a/cm 57.30 56.90 42.80 43.20
Distance of the balance point from B, b/cm 42.70 43.10 57.20 56.80 Zero error = - 0.04mm Actual d = 0.15 - (- 0.04) = 0.19mm
Discussions: (a) Precautions: (i) Do not drag the jockey along wire J in order to retain constant crosssectional area of the wire. (ii) Do not coil the constantan wire. (iii) All connections of the wire and other devices must be tight. (iv) The experiment is carried out without necessary delay in the process to prevent wire from heating up which would increase the resistance of the circuit, affecting the accuracy of the result. (b) Sources of error: (i) Use of nominal value of resistance of Rs instead of determining its rating. (ii) Assumption that galvanometer is ideal. (iii) Zero error of the micrometer screw gauge used. (iv) End error of metre rule due to wear and tear. (c) Steps to overcome the weakness of the experiment (i) Use a new metre rule. (ii) Eliminate zero error by calculation.
Conclusion: The resistivity of the wire Rx, ρ is 4.96 x 10-7 Ω m.