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PHYSICS QUESTIONS
TOPIC
Heat & Thermodynamics
QUESTION
At triple point of water, the pressure of gas is 2680 Pa. By changing T the pressure changed to 4870 Pa. The value of T is?
OPTIONS
- 496 K
- 438 K
- 0
- 438 F
CORRECT OPTION
496 K
EXPLANATION
p.V = n.R.T
Since volume V and mass hence number of moles is constant:
p/T = n.R/V = constant
=> p1/T1 = p2/T2
=> T2 = T1.p2/p1
T1 is the triple point temperature of water, i.e
T1 = 0.010C = 273.16 K
Hence:
T2 = 273.16 K * 4870Pa/2680Pa = 496.38K
TOPIC
Fluid Dynamics
QUESTION
Water hose with internal radius of 0.01m has water flowing at the rate of 10 kg per 20s. What is the water speed at the outlet? Density of water is 1000 kg/m3.
OPTIONS
- 1.6m/s
- 2.8m/s
- 3.2m/s
- 3.8m/s
CORRECT OPTION
1.6m/s
EXPLANATION
From continuity equation A*V = flow rate of water = volume/s;
Volume/s = mass/s * density = 0.5/1000;
A*V = 0.5/1000; A = 3.14 * (0.01)2;
V = 0.5/ (3.14*(0.01)2*1000) = 1.6m/s
TOPIC
Modern Physics
QUESTION
If energy of photon is 5 MeV. Kinetic energy of particles after pair production is?
OPTIONS
- 4 MeV
- 5 MeV
- 6 MeV
- Not enough information given
CORRECT OPTION
4 MeV
EXPLANATION
Energy of photon = Energy required for pair production + KE of particles. Now energy required for pair production is 1.02 MeV so KE is approximately equal to 5-1 = 4 MeV.