371397 Assertion :
It is not possible for a system, unaided by an external agency to transfer heat from a body at lower temperature to another body at higher temperature.
Reason :
According to Clausius statement, "No process is possible whose sole result is the transfer of heat from a cooled object to a hotter object".

371398 A Carnot engine working between \(300\;K\) and \(600\;K\) has work output of \(800\;J/cycle\). The amount of heat energy supplied from the source of engine in each cycle is

371399 Assertion :
The Carnot cycle is useful in understanding the performance of heat engines.
Reason :
The Carnot cycle provides a way of determining the maximum possible efficiency achievable with reservoirs of given temperatures.

371400 A carnot engine has the same efficiency between \(800\;K\) to \(500\;K\) and \(x\;K\) to \(600\;K\). The value of \(x\) is

371397 Assertion :
It is not possible for a system, unaided by an external agency to transfer heat from a body at lower temperature to another body at higher temperature.
Reason :
According to Clausius statement, "No process is possible whose sole result is the transfer of heat from a cooled object to a hotter object".

371398 A Carnot engine working between \(300\;K\) and \(600\;K\) has work output of \(800\;J/cycle\). The amount of heat energy supplied from the source of engine in each cycle is

371399 Assertion :
The Carnot cycle is useful in understanding the performance of heat engines.
Reason :
The Carnot cycle provides a way of determining the maximum possible efficiency achievable with reservoirs of given temperatures.

371400 A carnot engine has the same efficiency between \(800\;K\) to \(500\;K\) and \(x\;K\) to \(600\;K\). The value of \(x\) is

371397 Assertion :
It is not possible for a system, unaided by an external agency to transfer heat from a body at lower temperature to another body at higher temperature.
Reason :
According to Clausius statement, "No process is possible whose sole result is the transfer of heat from a cooled object to a hotter object".

371398 A Carnot engine working between \(300\;K\) and \(600\;K\) has work output of \(800\;J/cycle\). The amount of heat energy supplied from the source of engine in each cycle is

371399 Assertion :
The Carnot cycle is useful in understanding the performance of heat engines.
Reason :
The Carnot cycle provides a way of determining the maximum possible efficiency achievable with reservoirs of given temperatures.

371400 A carnot engine has the same efficiency between \(800\;K\) to \(500\;K\) and \(x\;K\) to \(600\;K\). The value of \(x\) is

371397 Assertion :
It is not possible for a system, unaided by an external agency to transfer heat from a body at lower temperature to another body at higher temperature.
Reason :
According to Clausius statement, "No process is possible whose sole result is the transfer of heat from a cooled object to a hotter object".

371398 A Carnot engine working between \(300\;K\) and \(600\;K\) has work output of \(800\;J/cycle\). The amount of heat energy supplied from the source of engine in each cycle is

371399 Assertion :
The Carnot cycle is useful in understanding the performance of heat engines.
Reason :
The Carnot cycle provides a way of determining the maximum possible efficiency achievable with reservoirs of given temperatures.

371400 A carnot engine has the same efficiency between \(800\;K\) to \(500\;K\) and \(x\;K\) to \(600\;K\). The value of \(x\) is