An ideal gasa undergoes through folowing cyclic procees. 1-2 : Reversible adialbatic comparession from `P_(1)V_(1)T_(1)"to"P_(2)V_(2)T_(2)` 2-3 : Reversible isochoric heating from `P_(2)V_(2)T_(2)" to " P_(3)V_(3)T_(3)` 3-4 Reversible adialbatic expansion from `P_(3)V_(3)T_(3)" to " P_(4)V_(4)T_(4)` 4-1 Reversible isochoric cooling from `P_(4)V_(4)T_(4)" to " P_(1)V_(1)T_(1)` Eefficiencyof the cycle is :A. `((T_(4)-T_(1))/(T_(3)-T_(2)))`B. `1-T_(1)/(T_(2))`C. `1-(V_(2)/(V_(1)))^(gamma-1)`D. `1-|Q_(4-1)/(Q_(2-3))|`

An ideal gasa undergoes through folowing cyclic procees. 1-2 : Reversi

1.	An ideal gasa undergoes through folowing cyclic procees. 1-2 : Reversible adialbatic comparession from `P_(1)V_(1)T_(1)"to"P_(2)V_(2)T_(2)` 2-3 : Reversible isochoric heating from `P_(2)V_(2)T_(2)" to " P_(3)V_(3)T_(3)` 3-4 Reversible adialbatic expansion from `P_(3)V_(3)T_(3)" to " P_(4)V_(4)T_(4)` 4-1 Reversible isochoric cooling from `P_(4)V_(4)T_(4)" to " P_(1)V_(1)T_(1)` Eefficiencyof the cycle is :A. `((T_(4)-T_(1))/(T_(3)-T_(2)))`B. `1-T_(1)/(T_(2))`C. `1-(V_(2)/(V_(1)))^(gamma-1)`D. `1-\|Q_(4-1)/(Q_(2-3))\|`
Answer» Correct Answer - a,b,c,d

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