Hello, good day, I just need the answers without explanations. Thank you,

The specific heat capacity of ethyl alcohol is 2.46-. How much energy does it take to raise the temperature 75.6 g of ethyl alcohol by 2.70C? Ignore sig digs for this question - choose the closest answer. A. 50.21 J B. 5.02 J C. 0.502 kJ D. 502.14 KJThe specific latent heat of fusion for gold is 1.10x10 . How much energy is required to melt 32.4 g of gold when it changes from a solid to a liquid? Ignore sig digs for this question - choose the closest answer. A. 3564000.00 KJ B. 35640000.00 kJ C. 35640.00 kJ D. 35.64 1JWhich matches best with region C? D 100 75- 50 C OC 25 B to -25 + A -50 400 800 1200 1600 2000 2400 2800 3200 Heat absorbed (kJ) A. an increase in kinetic energy with a low specific heat capacity B. an increase in potential energy with low latent heat C. an increase in kinetic energy with a high specific heat capacity D. an increase in potential energy with high latent heatUsing the following data, what amount of energy is needed to warm 928g of ice from -140C to 125.C? ce 2.11, =2.00- L, 334 , L. =2264 1 Ignore sig digs for this question - choose the closest answer. A. 272kJ B. 258KJ C. 2869KJ D. 539KJA copper rod connects two insulated beakers that contain liquids. The temperature of the liquid in Beaker A is 85' and the temperature in Beaker B is 15*C. Over the next 60 seconds, what will occur? Insulated beakers Beaker D O A The temperature in Beaker A will decrease and the temperature in Beaker B will stay the same. O B. The temperature in Beaker A will decrease and the temperature in Beaker B will increase. O Q. Both of the temperatures will remain the same O D. It is impossible to tell without more information.The two insulated beakers shown contain equal amounts of identical liquids. The temperature of Beaker A is 80'C. The temperature of Beaker B is 50"C, A copper rod connects the beakers. The system is then left alone for several hours. What would you expect to find when the system is examined after this time? Iruloled bankers Becker A Banker B A. The temperature of Beaker A would be 50'0 and the temperature of Beaker B would be 80"C. B. The temperatures of the two beakers would be unchanged C. Both of the beakers would be at a temperature of 50'C. D. Both of the beakers would be at a temperature of 65*C.The two insulated beakers shown contain equal amounts of identical liquids. The temperature of Beaker A is 85"C. The temperature of Beaker B is 40"C. A metal rod connects the beakers. Five minutes later, the temperature of Beaker A is 75'C and the temperature of Beaker B is 50'C. What might the temperatures be after another five minutes have passed? Insulated beakers Beaker B A. Temp, of Beaker A = 68'C. Temp. of Beaker B = 57 0 B. Temp. of Beaker A = 64*C. Temp, of Beaker B = 61"C C. Temp. of Beaker A = 68'C. Temp. of Beaker B = 48*C D. Temp. of Beaker A = 60'C, Temp. of Beaker B = 53 01. The graph represents the heating of water in a pot. At 150 seconds, the water has just reached a boil If the heat is left on, what will happen to the temperature and volume of water in the pot? (All temperatures in *C.) Temp ("C) 100 Time (s) 50 100 150 290 250 -50 -100 A. The temperature will rise, and the water volume will decrease B. The temperature will rise, and the water volume will remain constant. C. The temperature will remain constant, and the water volume will decrease. D. The temperature will remain constant, and the water volume will remain constant