For adiabatic expansion of a monoatomic perfect gas, the volume increases by 2.4%. What is the percentage decrease in pressure ?

For the adiabatic expansion of a perfect monoatomic gas, when volume increases by 24% , what is the percentage decrease in pressure ? Given : (25/31)^(5//3)=0.7

For the adiabatic expansion of a perfect monoatomic gas, when volume increases by 24% , what is the percentage decrease in pressure ? Given : (25/31)^(5//3)=0.7

In an adiabatic expansion of air , the volume increases by 5% What is the the percentage change in pressure ? [(1.05)^(7/5) =1.07]

In an adiabatic expansion of air , the volume increases by 5% What is the the percentage change in pressure ? [(1.05)^(7/5) =1.07]

In an adiabatic expansion of the air the volume is increased by 4% what is pereentage change in pressure ? (For air y = 1.4)

In an adiabatic expansion of air (assume it a mixture of N_2 and O_2 ), the volume increases by 5% . The percentage change in pressure is:

In an adiabatic expansion of air (assume it a mixture of N_2 and O_2 ), the volume increases by 5% . The percentage change in pressure is:

In adiabatic expansion of monoatomic ideal gas, if volume increases by 24% then pressure decreases by 40% . Statement- 2 : For adiabatic process PV^(gamma) = constant

In adiabatic expansion of monoatomic ideal gas, if volume increases by 24% then pressure decreases by 40% . Statement- 2 : For adiabatic process PV^(gamma) = constant