Relation between isothermal modulus and adiabatic modulus formula
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What is adiabatic elasticity and isothermal elasticity?
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Malay Bhanja, lives in Institute of Medical Sciences, Banaras Hindu University, Varanasi (2018-present)
Answered Oct 27, 2017
Due to high compressibility, gases possess volume elasticity. However, the magnitude of the volume elasticity depends on conditions under which it is compressed.
If the gas is compressed such that the temperature is not allowed to change, i.e. under isothermal conditions than the corresponding volume elasticity is known as isothermal elasticity represented as KT.
If the gas is compressed such that no heat is allowed to enter or leave the system, i.e. under adiabatic conditions than the corresponding elasticity is known as adiabatic elasticity and is represented as KΦ.
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3 ANSWERS

Malay Bhanja, lives in Institute of Medical Sciences, Banaras Hindu University, Varanasi (2018-present)
Answered Oct 27, 2017
Due to high compressibility, gases possess volume elasticity. However, the magnitude of the volume elasticity depends on conditions under which it is compressed.
If the gas is compressed such that the temperature is not allowed to change, i.e. under isothermal conditions than the corresponding volume elasticity is known as isothermal elasticity represented as KT.
If the gas is compressed such that no heat is allowed to enter or leave the system, i.e. under adiabatic conditions than the corresponding elasticity is known as adiabatic elasticity and is represented as KΦ.
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