"The pressure and density of a diatomic gas change adiabatically from (p,d) to p,d' If(d)/(d)=32 and P=256cm of Hg P in cm of Hg is

The pressure and density of a diatomic gas change adiabatically from (p,d to (p',d') ,If (d)/(d')=32 and P=256cm of HgP' in cm of Hg is

The pressure and density of a diatomic gas (gamma=7//5) change adiabatically from (p,d) to (p^(1),d^(2)) . If (d^(1))/(d)=32 , then (P^(1))/(P) should be

The pressure and density of a monoatmic gas (gamma=5//3) change adiabatically from , (P_(1),d_(1)) to (P_(2),d_(2)) .If (d_(2))/(d_(1))=8 then (P_(2))/(P_(1)) should be

If the pressure on density of a diatomic gas (gamma=7/5) in adiabatic process changes from (P,e) to (P',e') , where, P=32P' , then, e/e' is equal to :

The pressure P_(1)and density d_(1) of a diatomic gas (gamma=(7)/(5)) change to P_(2) and d_(2) during an adiabatic operation .If (d_(2))/(d_(1))=32, then (P_(2))/(P_(1)) is

In an adiabatic change, the pressure p and temperature T of a diatomic gas are related by the relation ppropT^alpha , where alpha equals