You've got it. The question is a bit confusing because the gas does not expand due to the supply of heat. It draws heat from its surroundings as it expands.KingTutATL said:Heat is supplised to a sample of a monatomic ideal gas at 40C. It is observed that the gas expands until its volume is doubled and the pressure drops to half of its original value. What is the final temperature of the gas? How do you solve? pv=nRt R and n are constant so do you have (P1V1)/(T1)=(P2V2)T2?
The heat supplied to a gas refers to the transfer of thermal energy from an external source to the gas, causing an increase in its internal energy and temperature.
The heat supplied to a gas is typically measured in joules (J) or calories (cal), using specialized equipment such as a calorimeter or thermometer.
The amount of heat supplied to a gas can be affected by the type of gas, its initial temperature, the external temperature, and the specific heat capacity of the gas.
When heat is supplied to a gas, its molecules gain kinetic energy and begin to move faster, resulting in an increase in temperature and expansion of the gas. This can also cause a change in the state of the gas, such as from a liquid to a gas.
The heat supplied to a gas is used in various practical applications, such as in heating and cooling systems, cooking, and industrial processes. It is also an important concept in thermodynamics and the study of energy transfer.