A thermally insulated vessel contains an ideal gas of molecular mass M and ratio of…
Physics · JEE Main · NTA Exams — Kinetic Theory of Gases
A thermally insulated vessel contains an ideal gas of molecular mass M and ratio of specific heats \(\gamma\). It is moving with speed v and it is suddenly brought to rest Assuming no heat is lost to the surroundings, its temperature increases by
- \(\frac{(\gamma-1)}{2 \gamma R} M \gamma^{2} K\)
- \(\frac{\gamma M v^{2}}{2 R} K\)
- \(\frac{(\gamma-1)}{2 R} M v^{2} K\)
- \(\frac{(\gamma-1)}{2(\gamma+1) R} M v^{2} K\)
Answer
(C) ( -1) 2 R M v^ 2 K
Sign up free on Edukali to view the step-by-step worked solution and practice thousands of similar questions.
Related practice questions
- By what percentage should the pressure of a given mass of a gas be increased so as to decrease its volume by…
- One mole of an ideal gas at an initial temperature of T kelvin does 6 R joule of work adiabatically. If the…
- When an ideal diatomic gas is heated at constant pressure, the fraction of the heat supplied which increases…
- STATEMENT - 1: The mean free path of a molecule depends upon the diameter of the molecule. STATEMENT - 2: The…
- An ideal gas heat engine operates in the Carnot cycle between 227^ C and 127^ C . It absorbs 6 10^ 4 cal of…
- If the gases have initial temperature 300K and they are mixed in an adiabatic container having the same…
- A system goes from A to B via two process I and II as shown in figure. If U_ 1 and U_ 2 are the changes in…
- A gas is compressed at a constant pressure of 50 N/m2 from a volume of 10 m3 to a volume of 4 m3. Energy of…
More Kinetic Theory of Gases questions · Browse all practice questions