Would heat and work enter or exit in the following:

$-$pressure increases at constant temperature

$-$pressure increases at constant volume

$-$pressure decreases at constant temperature

$-$pressure decreases at constant volume

$-$ volume increases at constant temperature

$-$volume increases at constant temperature

$-$volume decreases at constant pressure

$-$ volume decreases at constant temperature

$-$temperature increases at constant volume

$-$temperature increases at constant pressure

$-$temperature decreases at constant volume

$-$temperature decreases at constant pressure

$-$adiabatic expansion at constant volume

$-$adiabatic expansion at constant pressure

$-$adiabatic expansion at constant temperature

$-$adiabatic compression at constant volume

$-$adiabatic compression at constant temperature

$-$adiabatic compression at constant pressure

Assume its an ideal gas in a mechanically reversible process. I just need to know if work and heat enters or exits in each case.