derive an expression for work done during an adiabatic process
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PV = n RT
PVˣ = K = constant . ˣ = adiabatic constant = gamma
dW = P dV = K dV / Vˣ
W = K V¹⁻ˣ / (1 - x) from V = V1 to V2
= P V / (1 - x) from V = V1 to V2 , P = P1 to P2
= - [ P2 V2 - P1 V1 ] /(x - 1)
PVˣ = K = constant . ˣ = adiabatic constant = gamma
dW = P dV = K dV / Vˣ
W = K V¹⁻ˣ / (1 - x) from V = V1 to V2
= P V / (1 - x) from V = V1 to V2 , P = P1 to P2
= - [ P2 V2 - P1 V1 ] /(x - 1)
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Answered by
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Answer:
PV = n RT
PVˣ = K = constant . ˣ = adiabatic constant = gamma
dW = P dV = K dV / Vˣ
W = K V¹⁻ˣ / (1 - x) from V = V1 to V2
= P V / (1 - x) from V = V1 to V2 , P = P1 to P2
= - [ P2 V2 - P1 V1 ] /(x - 1)
Explanation:
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