The adiabatic elasticity of hydrogen gas `(gamma=1.4)` at `NTP`

The adiabatic elasticity of a gas is equal to

The adiabatic elasticity of a gas is equal to

The ratio of two specific heats of has C_(p)//C_(v) for argon is 1.6 and for hydrogen is 1.4 . Adiabatic elasticity of argon at pressure P is E Adiabatic elasticity of hydrogen will also be equal to E at the pressure

Coefficient of isothermal elasticity E_(theta) and coefficient of adiabatic elasticity E_(phi) are related by (gamma = C_(p) //C_(v))

How many times is the adiabatic modulus of elasticity of gas as compared to its isothermal modulus of elasticity

Value of adiabatic bulk modulus of elasticity of helium at NTP is

Value of adiabatic bulk modulus of elasticity of helium at NTP is