In an isothermal process, the gas's work seems to be equal to the heat that is added to it. A constant temperature is employed for an isothermal process.
The first law of thermodynamic states that, Energy can only be changed in form; it cannot be created or destroyed, according to the basic law of thermodynamics. Any system can experience energy transfer when mass, heat, or external work cross the control border. These result in a change in the control volume's energy reserves.
Q= ΔU + W
where, Q is heat U is internal energy and W is work done.
In isothermal process, ΔU =0 , then.
Q=W
The process by which a gas stove converts chemical energy from energy resources into heat energy would be an illustration of the first law of thermodynamics.
Therefore, In an isothermal process, the gas's work seems to be equal to the heat that is added to it. A constant temperature is employed for an isothermal process.
To know more about isothermal process
brainly.com/question/12023162?
#SPJ4
