What minimum work must be supplied to the heat pump

Assignment Help Physics

Reference no: EM13296159

A heat pump extracts 7.0*10^6 J heat per hour from a well at 280K and delivers its output heat into a house at 320K. If the heat pump uses an ideal Carnot cycle in its operation, what minimum work must be supplied to the heat pump per hour? Please show all work, Thank you!

Reference no: EM13296159

Questions Cloud

Define water have a combined heat capacity : The calorimeter temperature rises 0.42°C. The calorimeter and water have a combined heat capacity of 32.16 kJ/K. Calculate the heat of formation of ammonia, ?H°f, in kJ/mol. The formation reaction for ammonia is: 0.5N2(g) + 1.5H2(g) ? NH3(g).

Compute the magnitude of the motorcycles acceleration : A 284-kg motorcycle is accelerating up along a ramp that is inclined 30.0º above the horizontal. Find the magnitude of the motorcycle's acceleration.

Explain what quantity relating pressure : According to Boyle's law, for a fixed quantity of gas at a given temperature, what quantity relating pressure and volume is constant

What is the current selling price : A U.S. Government bond with a face amount of $10,000 with 13 years to maturity is yielding 5.5%. What is the current selling price?

What minimum work must be supplied to the heat pump : A heat pump extracts 7.0*10^6 J heat per hour from a well at 280K and delivers its output heat into a house at 320K. what minimum work must be supplied to the heat pump per hour

Explain a solution and write down the changes : We did a lab on equilibrium and le chatelier's principle. On one portion, there was a copper complex, and we had to add different components to a solution and write down the changes that took place

What is the customer profit : The customer places 70 orders, orders 24 unique items, 940 total items, and makes 7 returns. What is the customer profit (loss)? $509.80 $7,490.20 $1,800 $1,290.20

What price would you expect coolibahs stock to sell : what price would you expect Coolibah's stock to sell for at the end of three years?

Explain the corresponding microstates in a system consisting : Identify all the possible macrostate and the corresponding microstates in a system consisting of two communicating containers and four atoms

User Account

All Pages