Question 43 of 190
The amount of heat needed to raise the temperature of of a rigid diatomic gas from to when no work is done is is the universal gas constant)
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Answer: (D)
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Thermodynamics
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More Physics practice
- ThermodynamicsA Carnot engine working between temperatures (source) and (sink) absorbs of heat per cycle. The work done per cycle is:
- ThermodynamicsFor an ideal gas undergoing a polytropic process , the molar heat capacity is given by . The process is isothermal when:
- ThermodynamicsAn ideal gas undergoes an isothermal expansion from volume to . The change in internal energy is:
- ThermodynamicsConsider the following statements:
A. Zeroth law of thermodynamics gives concept of temperature
B. First law of thermodynamics gives concept of internal energy
C. In isothermal expansion of ideal gas,
D. Product of intensive and extensive variables is extensive
E. The ratio of any extensive variable to mass will be an extensive variable
Choose the correct combination of statements from the options given below: - ThermodynamicsThere are two vessels filled with an ideal gas where volume of one is double the volume of other. The large vessel contains the gas at 8 kPa at 1000 K while the smaller vessel contains the gas at 7 kPa at 500 K. If the vessels are connected to each other by a thin tube allowing the gas to flow and the temperature of both vessels is maintained at 600 K , at steady state the pressure in the vessels will be (in kPa).
- ThermodynamicsAn ideal gas goes from an initial state to final state. During the process, the pressure of gas increases linearly with temperature.
A. The work done by gas during the process is zero.
B. The heat added to gas is different from change in its internal energy.
C. The volume of the gas is increased.
D. The internal energy of the gas is increased.
E. The process is isochoric (constant volume process)
Choose the correct answer from the options given below:
JEE Main Physics practice question on Thermodynamics (First Law of Thermodynamics), with the answer and a step-by-step solution. Scan a question from your own book or paper to get a whiteboard video.