A Carnot engine takes 3×10^6cal of heat from a Reservoir at 627°cand gives to async at 27 °c the work done by the engine is

Q. A Carnot engine takes $3\times {10}^{6}cal$ of heat from a reservoir at ${627}^{o}C$, and gives it to a sink at ${27}^{o}C$ . The work done by the engine is

Q. A Carnot engine takes in $3000kcal$ of heat from a reservoir at ${627}^{\circ }C$ and gives it to a sink at ${27}^{\circ }C$. The work done by the engine is

Q. If carnot engine takes in 3000 kcal of heat from a reservoir at ${627}^{o}C$and gives it to a sink at ${27}^{o}C$. The work done by the engine is :

Q. Carnot's heat engine takes $300J$ of heat from a source at ${627}^{\circ }C$ and gives some part of it to sink at ${27}^{\circ }C$. Work done by engine in one cycle is.