[nilesh]

Discuss about ipu cet old papers here. Welcome to Courses.ind.in and this page is for ipu cet old papers discussion. If you are looking for information on ipu cet old papers then ask your question is as much details as possible in the “Reply” box provided below. The more detailed your question will be, the more easy will it be for our experts to answers your query. And if you have any updated or latest information on ipu cet old papers, then please share you knowledge with our experts in the “Reply” box below. Your reply will be published here and your knowledge can help many people. Thanks for stopping by at Courses.ind.in. Please visit again.

Can you provide me old/previous year Physics question paper for preparation of GGSIPU Common Entrance Test (CET)?

[Vishal Kotkar]

The old/previous year Physics question paper for preparation of GGSIPU Common Entrance Test (CET) is as follows:

An electric circuit contains an operating heating element and a lit lamp. Which statement best explains why the lamp remains lit when the heating element is removed from the circuit?
a) The lamp and he ating element were connected in parallel
b The lamp has less resistance than the heating element
c The lamp has more resistance than the heating element
d The lamp and heating element were connected in series


As 6.00 kg of a liquid substance as its freezing point completely freezes, it gives off enough heat to melt 3.00 kg of ice at 00C. The heat of fussion of the substance is
a 2.05 kJ/kg
b 4.19 kJ/kg
c 167 kJ/kg
d 668 kJ/kg


The primary source of holes in p-n-p transistors is the
a) transmitter
b Collector
c base
d emitter


A particle moves along the x-axis with a position given by the equation xt = 5+3t, w here x is in meters, and t is in seconds. The positive direction is east. Which of the following statements about the particle is false?
a) The particle is east of the origin at t = 0
b The particle is at rest at t = 0
c The particle’s velocity is constant
d The particle’s acceleration is constant

At what temperature is the rms velocity of a hydrogen molecule equal to that of an oxygen molecule equal to that of an oxygen molecule at 470C
a 80 K
b -73 K
c 20 K
d 3 K