1. An ideal gas is taken along the path \( A B C_{0} \) if \( T_{B}=2 T_{A} \), then (A) \( T_{C}=3 T_{A} \) (B) \( T_{C}=\frac{

1. An ideal gas is taken along the path \( A B C_{0} \) if \( T_{B}=2 T_{A} \), then (A) \( T_{C}=3 T_{A} \) (B) \( T_{C}=\frac{5}{2} T_{A} \) (c) \( T_{c}=4 T A \) (D) \( T_{C}=2 T_{A} \)

1. An ideal gas is taken along the path \( A B C_{0} \) if \( T_{B}=2 T_{A} \), then (A) \( T_{C}=3 T_{A} \) (B) \( T_{C}=\frac{5}{2} T_{A} \) (c) \( T_{c}=4 T A \) (D) \( T_{C}=2 T_{A} \)

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