Convert each temperature. a. 32 0 F to 0 C (temperature at which water freezes) b. 77 K to 0 F (temperature of liquid nitrogen) c. -109 0 F to 0 C (temperature of dry ice) d. 98.6 0 F to K (body temperature)

Question

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Answer 1

Textbook Question

Chapter A1, Problem 1E

Convert each temperature.
a. 32 ⁰F to ⁰C (temperature at which water freezes)
b. 77 K to ⁰F (temperature of liquid nitrogen)
c. -109 ⁰F to ⁰C (temperature of dry ice)
d. 98.6 ⁰F to K (body temperature)

a.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

b.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

c.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

d.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C

Step 3: Calculate absolute temperature

T(K)=T( °C)+273.15T(K)=37+273.15T(K)=310.15 K

Conclusion

a. 0 °Cb. -321.07 °Fc. -78.33 °Cd. 310.15 K

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Students have asked these similar questions

Convert each temperature. a . 32 °p to 0c (temperature at which water freezes) b. 77 K to 0P (temperature of liquid nitrogen) c. -109 °P to °C (temperature of dry ice) d. 98.6 °P to K (body temperature)

Convert each temperature.a. 32 °F to °C (temperature at which water freezes)b. 77 K to °F (temperature of liquid nitrogen)c. -109 °F to °C (temperature of dry ice)d. 98.6 °F to K (body temperature)

Convert each temperature.a. 212 °F to °C (temperature of boiling water at sea level)b. 22 °C to K (approximate room temperature)c. 0.00 K to °F (coldest temperature possible, also known as absolute zero)d. 2.735 K to °C (average temperature of the universe as measured from background black body radiation)

Answer 2

Textbook Question

Chapter A1, Problem 1E

Convert each temperature.
a. 32 ⁰F to ⁰C (temperature at which water freezes)
b. 77 K to ⁰F (temperature of liquid nitrogen)
c. -109 ⁰F to ⁰C (temperature of dry ice)
d. 98.6 ⁰F to K (body temperature)

a.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

b.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

c.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

d.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C

Step 3: Calculate absolute temperature

T(K)=T( °C)+273.15T(K)=37+273.15T(K)=310.15 K

Conclusion

a. 0 °Cb. -321.07 °Fc. -78.33 °Cd. 310.15 K

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Answer 3

Textbook Question

Chapter A1, Problem 1E

Convert each temperature.
a. 32 ⁰F to ⁰C (temperature at which water freezes)
b. 77 K to ⁰F (temperature of liquid nitrogen)
c. -109 ⁰F to ⁰C (temperature of dry ice)
d. 98.6 ⁰F to K (body temperature)

a.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

b.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

c.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

d.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C

Step 3: Calculate absolute temperature

T(K)=T( °C)+273.15T(K)=37+273.15T(K)=310.15 K

Conclusion

a. 0 °Cb. -321.07 °Fc. -78.33 °Cd. 310.15 K

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Answer 4

Textbook Question

Chapter A1, Problem 1E

Convert each temperature.
a. 32 ⁰F to ⁰C (temperature at which water freezes)
b. 77 K to ⁰F (temperature of liquid nitrogen)
c. -109 ⁰F to ⁰C (temperature of dry ice)
d. 98.6 ⁰F to K (body temperature)

a.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

b.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

c.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

d.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C

Step 3: Calculate absolute temperature

T(K)=T( °C)+273.15T(K)=37+273.15T(K)=310.15 K

Conclusion

a. 0 °Cb. -321.07 °Fc. -78.33 °Cd. 310.15 K

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

a.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

b.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

c.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

d.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C

Step 3: Calculate absolute temperature

T(K)=T( °C)+273.15T(K)=37+273.15T(K)=310.15 K

Conclusion

a. 0 °Cb. -321.07 °Fc. -78.33 °Cd. 310.15 K

Answer 8

a.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

Answer 9

a.

Expert Solution

Answer 10

a.

Expert Solution

Answer 11

Expert Solution

Answer 12

Interpretation Introduction

To convert: The given temperature into the required units

Answer 13

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF and ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=32−321.8=01.8T(°C)=0° C

Answer 14

b.

Expert Solution

Interpretation Introduction

To convert: The given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

Answer 15

b.

Expert Solution

Answer 16

b.

Expert Solution

Answer 17

Expert Solution

Answer 18

Interpretation Introduction

To convert: The given temperature into the required units

Answer 19

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC and K with ^oC is given as follows:

T(°F)=1.8⋅T(°C)+32T(K)=T(°C)+273.15

Step 1: Substitute the temperature given:

T(°C)=T(K)+273.15

Step 2: Calculate Temperature in °C

T(°C)=77−273.15T(°C)=-196.15°C

Step 3: Calculate °F

T(°F)=1.8⋅T(°C)+32

T(°F)=1.8⋅(-196.15°C)+32T(°F)=−321.07°F

Answer 20

c.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

Answer 21

c.

Expert Solution

Answer 22

c.

Expert Solution

Answer 23

Expert Solution

Answer 24

Interpretation Introduction

To convert: the given temperature into the required units

Answer 25

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=−109−321.8=−1411.8T(°C)=−78.33 °C

Answer 26

d.

Expert Solution

Interpretation Introduction

To convert: the given temperature into the required units

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C

Step 3: Calculate absolute temperature

T(K)=T( °C)+273.15T(K)=37+273.15T(K)=310.15 K

Conclusion

a. 0 °Cb. -321.07 °Fc. -78.33 °Cd. 310.15 K

Answer 27

d.

Expert Solution

Answer 28

d.

Expert Solution

Answer 29

Expert Solution

Answer 30

Interpretation Introduction

To convert: the given temperature into the required units

Answer 31

Explanation of Solution

An arithmetical multiplier which is used for converting a quantity expressed in one unit into another equivalent set of units is said to be conversion factor.

The equation used to relate ^oF with ^oC is given as follows:

T(°C)=T(°F)−321.8

Step 1: Substitute the temperature given:

T(°C)=T(°F)−321.8

Step 2: Calculate Temperature

T(°C)=98.6−321.8T(°C)=37 °C