A carnot air conditioner operates between an indoor temperature of 20°c and an outdoor temperature of 39°c. how much energy does it need to remove 2000 j of heat from the interior of the house?
A Carnot Air Conditioner Operates Between An Indoor Temperature Of 20°C And An Outdoor Temperature Of 39°C. How Much Energy Does It Need To Remove 2000 J Of Heat From The Interior Of The House?
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A Carnot Air Conditioner Operates Between An Indoor Temperature Of 20°C And An Outdoor Temperature Of 39°C. How Much Energy Does It Need To Remove 2000 J Of Heat From The Interior Of The House?. Solution for an ideal carnot air conditioner operates between an indoor temperature of 21 degrees c and an outdoor temperature of 32 degrees c. Since the temperature of the indoor environment is 20°c and the temperature of the outdoor environment is 39°c, the efficiency of the carnot cycle is:
(Solved) A Carnot Heat Engine Operates Between Two Reservoirs, A from www.transtutors.com
An air conditioner which is an ideal carnot engine operates between an indoor temperature of 20°c and an outdoor temperature of 39°c. Calculate the carnot efficiency using the equation (1 − t c t h), where t c and t h are the cold and hot temperatures respectively, given in kelvins. We should first write the data here.
A Carnot Air Conditioner Maximizes Efficiency By Minimizing Work Required To Transfer Heat From A Cooler Indoor Environment To A Warmer Outdoor Environment.
Calculate the carnot efficiency using the equation (1 − t c t h), where t c and t h are the cold and hot temperatures respectively, given in kelvins. The work \ ( w \) required by the air conditioner is related to the heat removed \ ( q_c \) and the coefficient of performance (cop) by: How much energy (work) must it provide to remove.
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6 12 / 13 9) a carnot air conditioner operates between an indoor temperature of. We should first write the data here. The value of t2 is given as 20 degree centigrade, which is equal to the temperature of the ocean.
Since The Temperature Of The Indoor Environment Is 20°C And The Temperature Of The Outdoor Environment Is 39°C, The Efficiency Of The Carnot Cycle Is:
An air conditioner which is an ideal carnot engine operates between an indoor temperature of 20°c and an outdoor temperature of 39°c. \ [ w = \frac {q_c} {\text {cop}} \]. Solution for an ideal carnot air conditioner operates between an indoor temperature of 21 degrees c and an outdoor temperature of 32 degrees c.
T1 Is Equal To 36 Degree.
A carnot air conditioner operates between an indoor temp of 20c and an outdoor temp of 39c, how much energy does it need to remove 2000 j of heat from the interior of.
