A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water. How long will it take the bar to reach 80° C if it is known that its temperature increases 2º during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.) sec How long will it take the bar to reach 96° C? (Round your answer to one decimal place.) sec

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Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C.
Round your answer to one decimal place.)
sec
How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)
sec

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Answer 23

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Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

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Answer 24

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Answer 25

Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

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Answer 26

Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Solution

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Answer 27

Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Answer 28

Follow-up Question

Answer 29

Follow-up Question

Answer 30

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Answer 31

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Answer 32

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Answer 33

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Answer 34

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Answer 35

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Answer 36

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Answer 37

Follow-up Questions

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Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Solution

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Answer 38

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Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Solution

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Answer 39

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Answer 40

Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Solution

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Answer 41

Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Solution

by Bartleby Expert

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Answer 42

Follow-up Question

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Answer 43

Follow-up Question

Answer 44

Follow-up Question

Answer 45

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)

Answer 46

3.1 - 4-1

Answer previously provided is incorrect

A small metal bar, whose initial temperature was 10° C, is dropped into a large container of boiling water.

1. How long will it take the bar to reach 70° C if it is known that its temperature increases 2° during the first second? (The boiling temperature for water is 100° C. Round your answer to one decimal place.)

2. How long will it take the bar to reach 99° C? (Round your answer to one decimal place.)