(D Induced emf across the coil at 1 second is 10 V coil at 1 second is 20 V Pick the correct statements(s): (A) The rms translational speed for all ideal-gases molecules at the same temperature is not the same but it depends on the mass Acer (e) (B) - Each particle in 1 di = 4t dt KT establishes the relationship between the translational kinetic energy of a 2 a gas has average translational kinetic energy and the equation particle and temperature of an ideal gas x Temperature of an ideal gas is doubled from 100°C to 200°C. The average kinetic energy of each particle is also doubled It is possible for both the pressure and volume of a monoatomic ideal gas to change simultaneously without causing the internal energy of the gas to change
(D Induced emf across the coil at 1 second is 10 V coil at 1 second is 20 V Pick the correct statements(s): (A) The rms translational speed for all ideal-gases molecules at the same temperature is not the same but it depends on the mass Acer (e) (B) - Each particle in 1 di = 4t dt KT establishes the relationship between the translational kinetic energy of a 2 a gas has average translational kinetic energy and the equation particle and temperature of an ideal gas x Temperature of an ideal gas is doubled from 100°C to 200°C. The average kinetic energy of each particle is also doubled It is possible for both the pressure and volume of a monoatomic ideal gas to change simultaneously without causing the internal energy of the gas to change
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Question
Correct answer is AD. Kindly share detailed explanation for each step and each options.
Transcribed Image Text:not ??(
(B)
ھاروں سے ہیں
of the coil is 5 H
induced emf across the coil at 1 second is 20 V
induced emf across the coil at 1 second is 10 V
(D)
Pick the correct statements(s):
(A)
di = 4+²
t=1
The rms translational speed for all ideal-gases molecules at the same temperature is not the
same but it depends on the mass
Each particle in
1
2
a gas has average translational kinetic energy and the equation
2
3
mvrms=kT establishes the relationship between the translational kinetic energy of a
2
particle and temperature of an ideal gas X
Temperature of an ideal gas is doubled from 100°C to 200°C. The average kinetic energy of
each particle is also doubled
It is possible for both the pressure and volume of a monoatomic ideal gas to change
simultaneously without causing the internal energy of the gas to change
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