Using the results of (a) and (b), show that the isothermal expansion does more work than the adiabatic expansion, and give an intuitive explanation for why this is so.
a) Isothermal expansion involves a larger change in volume than adiabatic expansion.
b) Isothermal expansion involves a greater change in pressure than adiabatic expansion.
c) Isothermal expansion occurs at a constant temperature, allowing for more efficient energy transfer.
d) Isothermal expansion experiences less heat loss to the surroundings compared to adiabatic expansion.