When an isolated ideal gas gets (adiabatically) compressed due to its own gravity, its gravitational potential energy increases. Does this mean its kinetic energy will reduce (due to conservation of total energy) and the gas will cool down? Does it not violate first law of thermodynamics which says an ideal gas should heat up on compression?

What is the work for the free expansion of a gas into vacuum?

How to convert ${45}^{\circ <!--\; \circ \; -->}C$ to Fahrenheit?

The temperature of melting ice is______________$°C$=________________$°F$. A$0$ B$32$

What is the effect of an increase in pressure on the boiling point of a liquid?

Warm Water freezes faster than cold water. Why?

What is the SI unit of specific heat capacity?

16 degrees celsius is what in fahrenheit?

If the boiling point of water in Kelvin scale is 373 K. What is the boiling point of water on degree celcilus scale(oC)?

Which of the following is/are an example of the convection of heat?​
A rod is being heated from one side ​
Boiling water ​
Sunlight reaching earth​
Ladle is getting hot in soup​

What is the freezing point of water?

How to solve ${\displaystyle |3x+6|>15}$?

How does heat travel through empty space?

What is the equivalent temperature of 0 degree Celsius in Fahrenheit scale? A)-32 degree Celsius;B)64 degree Celsius; C)32 degree Celsius; D)16 degree Celsius

$1c{m}^3$ of water at its boiling point absorbs 540 calories of heat to become steam with a volume of $1671c{m}^3$. If the atmospheric pressure is $1.013\times {10}^{5}N/m^2$ and the mechanical equivalent of heat = 4.19 J/calorie, the energy spent in this process in overcoming intermolecular forces is
A) 540 calorie
B) 40 calorie
C) 500 calorie
D) Zero

How to convert 53 celsius to fahrenheit?