A reversible engine converts one-sixth of the heat input into work. When the temperature of the sink is reduced by `62^@C` , the efficiency of the engine is doubled. The temperatures of the source and sink are

A reversible engine converts one-sixth of the heat input into work. When the temperature of the sink is reduced by 62^ circ C , the efficiency of the engine is doubled the temperature of the source is

A reversible engine converts one - sixth of the heat suplied into work . When the temperature of the sink is reduced by 62^@C , the efficiency of the engine is doubled . The temperatures of the source and sink are

A Carnot engine converts one-sixth of the heat into work. When the temperature of the sink is reduced by 62°C, the efficiency of the engine is doubled. The temperature of the source and sink are

A reversible engine converts one third input into work. When the temperature of the sink is reduced by 62 °C, then efficiency of the engine is tripled. The temperature of the source and sink are

A reversible engine converts one-sixth of heat input into work. When the temperature of sink is reduced by 62^(@)C, its efficiency is doubled. Find the temperature of the source and the sink,

A reversible engine converts one-sixth of heatinput into work. When the temperature of sink is reduced by 62^@C . its efficiency is doubled. Find the temperature, of source and sink.

A Carnot reversible engine converts 1//6 of heat input into work . When the temperature of the sink is reduced by 62 K, the efficiency of carnot's cycle becomes 1//3 . The temperature of the source and sink will be

A reversible heat engine converts one-fourth of the heat input into work. When the temperature of the sink is reduced by 52 K, its efficiency is doubled. The temperature in Kelvin of the source will be _________.