Please help with #106 :) May 10, 2023, 4:32 PMa. Nothing: The waste heatb. Entropyc. Combustion productsd. Thermal energy generated only by friction105. Suppose a suspended mass of 519 kg moves downwards through a distance of 57 m as it turns a paddlewheel in 1.293 kilograms of water initially at a temperature of 2°C: How much will the temperature of thewater increase if all the energy released by the falling mass is transfered to and remains in the water?(hint: Recall that Q = mcAT, and consider the change in potential energy of the falling mass, APE = mgAh,as the source of energy here, and that the heat capacity of water is 4186 Joules/(kg.° C)b.96.4 °Ca. 53.6 °C E = mgh = (519 kg) (9.8 m/s²) (57 m) = 289913.4JQ = E=2899 13.4 J = (1.293 kg) (4186J/kg°c) ATc. 145 °Cd. 118 °C5412.4985412.498AT = 53.56106. Assuming that a human body climbs with an energy efficiency of 20%, how high a hill does a 167 lbhiker need to climb to completely burn off a 1000 (food) calorie meal? (hint: This involves the change inpotential energy of the hiker, APE = mgAh, note that 1 kilograms weighs about 2.2 lbs, and that 1 dietarycalorie contains 4186 Joules.)0.48a. 3.15 x 10³ mmigh1 19b. 1.91 x 10³ mc. 1.13 x 10³ md. 2.48 x 10³ m02c. 3.52 x 10³ Jd. 7.39 x 10³ J*$X(4-1863107. How much heat must be added to 6 moles of an monatomic ideal gas kept at a constant VOLUME to increaseits temperature by 47 °C?yancy effeca. 1.06 x 10³ Jb. 4.92 x 10³ J4,186,0sash outovi108. How much heat must be added to 3 moles of an monatomic ideal gas kept at a constant PRESSURE toincrease its temperature by 44 °C?

Answered: Image /qna-images/answer/80504dab-d776-42f1-a17d-720f1663c4c6.jpg

5412. AT= 53.56 106. Assuming that a human body climbs with an energy efficiency of 20%, how high a hill does a 167 lb hiker need to climb to completely burn off a 1000 (food) calorie meal? (hint: This involves the change in potential energy of the hiker, APE = mgAh, note that 1 kilograms weighs about 2.2 lbs, and that 1 dietary calorie contains 4186 Joules.) a. 3.15 x 10³ m b. 1.91 x 10³ m c. 1.13 x 10³ m d. 2.48 x 10³ m