I need help on this lab http://www.thephysicsaviary.com/Physics/Programs/Labs/CarnotEngineLab/index.html

Lab #27: Heat Engines Heat (energy) is a conserved quantity. We can take advantage of the natural fl work, much like we can take advantage of water owin Can an engine do more work than energy it receives? Name ow of heat from hot to cold and do some g downhill to turn turbines and generate electricity. Open up the simulation at: htt : www.the h sicsavia click \"Begin" How much heat is owing out ofthe hot reservoir? How much heat is owing into the cold reservoir? How much work is done? Does the energy owing into the engine (from the hot reservoir) equal the energy flowing out (the work and to the cold reservoir)? Why is this? , What is the temperature of the hot temperature reservoir? TH _ What is the temperature ofthe cold temperature reservoir? Tc = What is the efficiency ofthe engine? (show your work!) e = increase the temperature ofthe hot reservoir to 1500 K and decrease the temperature of the cold to 100 K- How much heat is flowing out of the hot reservoir? i- ; How much heat is flowing into the cold reservoir? . How much work is done? Why are these values larger than before? Does the energy flowing into the engine (from the hot reservoir) equal the energy flowing out (the work and to the cold reservoir)? Why is this? What is the temperature of the hot temperature reservoir? What is the temperature of the cold temperature reservoir? What is the efciency of the engine? (show your work!)