Find how much heat is exhausted to low temperature reservoir

Reference no: EM13658245

During each cycle a reversible engine absorbs 1550 Joule of heat from a high temperature reservoir and performs 1200 Joule of work. Compute how much heat is exhausted to the low temperature reservoir during each cycle?

Answer in kJ.

Reference no: EM13658245

Questions Cloud

Explain what the theorectical yield of aluminum oxide : Explain what the theorectical yield of aluminum oxide is if 2.80 mol of aluminum metal is exposed to 2.40 mol of oxygen

Obtain what was the initial speed of the bullet : A 5.00 kilogram small bullet is fired horizontally into a 1.20-kilogram wooden block resting on a horizontal surface. Compute what was the initial speed of the bullet

Explain how many molecules of h2s are required : Explain how many molecules of H2S are required to form 79.0 g of sulfur according to the subsequent reaction. Presume excess SO2.

Bullet to deliver maximum energy : If a soldier shoots an enemy with the intent of killing him, he wants the bullet to deliver maximum energy. On the other hand, if he wants to basically knock someone down (say for dispersing a riot) he wants the bullet to deliver maximum force.

Find how much heat is exhausted to low temperature reservoir : During each cycle a reversible engine absorbs 1550 Joule of heat from a high temperature reservoir and performs 1200 Joule of work. Compute how much heat is exhausted to the low temperature reservoir

Determine what will likely occur : Bob and Sue are on skateboards facing each other. Bob weighs twice as much as Sue. Bob pushes Sue with a force F. Determine what will likely occur

Explain what the theoretical yield of aluminum oxide : Explain what the theoretical yield of aluminum oxide is if 2.80 mol of aluminum metal is exposed to 2.40 mol of oxygen

Determine what orbital speed must it be given : For a satellite to be in a circular orbit 810 kilometer above the surface of the earth, determine what orbital speed must it be given

Explain atoms with the specified electronic configurations : Which of the subsequent atoms with the specified electronic configurations would have the lowest first ionization energy

User Account

All Pages