in an adiabatic process, what happens when gases in a system are compressed?\nthe system absorbs all of the…

Brief Explanations:

In an adiabatic process, there is no heat exchange with the surroundings ($Q = 0$). When gases are compressed, work is done on the system. According to the first - law of thermodynamics $\Delta U=Q + W$. Since $Q = 0$ and $W>0$ (work done on system), $\Delta U>0$. Internal energy is related to temperature ($\Delta U = nC_{v}\Delta T$ for an ideal gas), so an increase in internal energy means an increase in temperature.

Answer:

The temperature of the system increases.