A refrigerator transfer 180 joule of energy in one second from temperature –3°C to 27°C. Calculate the average power consumed, assuming no energy losses in the process.

A refrigerator has to transfer an average of 263J of heat per second from temperature -10^@C to 25^@C . Calculate the average power consumed, assuming no enegy losses in the process.

A refrigerator has to transfer an average of 263J of heat per second from temperature -10^@C to 25^@C . Calculate the average power consumed, assuming no enegy losses in the process.

A refrigerator has to transfer an average of 506J of heat per second from. Temp. - 20^(@)C "to" 25^(@)C . Caculate the average power consumed, assuming no energy losses in the process.

A refrigerator has to transfer an averageof 200 Joule ofheat per sec from temperature - 10^@C to +25^@C . Calculate the average power consumed assuming ideal reversible cycle and no other losses.

A refrigerator has to transfer an average of 263 J of heat per second from temperature (-10)^@C to 25^@C . Calculate the average power consumed assuming ideal reversible cycle and no other losses.

A refrigerator transfers 250 J heat per second from -23^(@)C to -25^(@)C . Find the power consumed , assuming no loss of energy.

1 Joule of energy is used for one heart beat. Calculate the power of the heart if it beats 72 times in one minute.

The rate of reaction is doubled when the temperature changes from 27^@C to 37^@C . Calculate the energy of activation.