Answered: 32. An Aluminum block (100 grams) is… | bartleby

Related questions

Question

32. An Aluminum block (100 grams) is heated to 200 degree C and then is dropped into 300 grams of
water at 20 degree C. Find the final temperature of the system. specific heat of water is 4.186 J/g.C and
the specific heat of Al is 0.9 J/g.C.
a. 32 degree C
b. 53 Degree C
c. 26 Degree C
d. 44 degree C

Expert Solution

Step by step

Solved in 3 steps

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

f the temperature increases then what is the temperature rise in __________, A. 1.0 degree B. 1.8 degree C. 1/1.8 degree
10. If it takes 554 calories to increase the temperature of 100 grams of a substance by 60.0 degrees Celsius then how many calories does it take to raise the temperature of 600 grams of the same substance by 60.0 degrees Celsius? No phase changes occur. a. 13300 b. 554 c. 3324
4. Two kilograms of water at 120°C with a quality of 25% has its temperature raised 20°C in a constant-volume process as in the figure. What is the heat transfer and work in the process? MH_v1
A helium gas tank is placed outside for 24 hours during the hot summer season. This process is A. isothermal. B. isobaric. C. adiabatic. D. none of them above. adiabatic.isobaric. none of them.isothermal.
What must (necessarily) happen when heat is added to a material?A. The temperature of the material will increase.B. The pressure of the material will change.C. The volume of the material will decrease.D. Phase of the material will change.E. Additional information is required to answer.
Among the following factors, name those that affect the amount of heat absorbed or released by a substance. A. its nature.B. its mass.C. its density.D. its temperature variation.E. its boiling temperature.F. the temperature of the surrounding environment.
5. A 0.400-kg of ice is initially at temperature of -12.0 °C. How much heat is required to melt two-third the mass of the ice only? J
The heat conducted through a bar depends on which of the following? A. The coefficient of linear expansionB. The thermal conductivityC. The specific heat capacityD. The length of the barE. The cross-sectional area of the bar A, C, and D A, B, and D B, C, D, and E B, D, and E C, D, and E