Question

A 33.0 g of aluminum is heated on a stove. The temperature of the aluminum increases from 25  °\degree° C to 120  °\degree° C. How much heat energy was absorbed? (The specific heat of aluminum is 0.0215 cal/g °\degree° C.)

Accepted Answer

A)   67 cal
B)   0.0075 cal
C)   0.61 cal
D)   13 cal E) A) and D)
F) A) and C)

Exam 1: Science and Measurements

A 33.0 g of aluminum is heated on a stove. The temperature of the aluminum increases from 25 $\degree$ C to 120 $\degree$ C. How much heat energy was absorbed? (The specific heat of aluminum is 0.0215 cal/g $\degree$ C.)

Correct Answer
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Exam 1: Science and Measurements

A 33.0 g of aluminum is heated on a stove. The temperature of the aluminum increases from 25 °\degree° C to 120 °\degree° C. How much heat energy was absorbed? (The specific heat of aluminum is 0.0215 cal/g °\degree° C.)

Correct AnswerverifiedShow Answer

A 33.0 g of aluminum is heated on a stove. The temperature of the aluminum increases from 25 $\degree$ C to 120 $\degree$ C. How much heat energy was absorbed? (The specific heat of aluminum is 0.0215 cal/g $\degree$ C.)

Correct Answer
verified