The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T = 7 ° C and wind speed v = 8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, T w , is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is T w = 33 − ( 10.45 + 10 v − v ) ( 33 − T ) 22 .

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Answer 1

Question

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

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Answer 2

Question

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

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Answer 3

Question

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

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Answer 4

Question

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

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Answer 5

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 6

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 7

Chapter 10.3, Problem 89ES

(a)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=7°C and wind speed v=8 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 8

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 9

(b)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=0°C and wind speed v=12 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 10

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 11

(c)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−5°C and wind speed v=14 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 12

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 13

(d)

To determine

To calculate: The estimate of the wind chill temperature (to the nearest tenth of a degree) for the actual temperature T=−23°C and wind speed v=15 m/sec when the temperature is T degree Celsius and the wind speed is v meters per second, the wind chill temperature, Tw, is the temperature (with no wind) that it feels like. The formula for finding the wind chill temperature is Tw=33−(10.45+10v−v)(33−T)22.

Answer 14

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Answer 15

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Answer 16

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Answer 17

Ch. 10.1 - Prob. 1YT Ch. 10.1 - Prob. 2YT Ch. 10.1 - Prob. 3YT Ch. 10.1 - Prob. 4YT Ch. 10.1 - Prob. 5YT Ch. 10.1 - Prob. 6YT Ch. 10.1 - Prob. 7YT Ch. 10.1 - Prob. 8YT Ch. 10.1 - Prob. 9YT Ch. 10.1 - Prob. 10YT

Solution Summary: The author calculates the wind chill temperature for the actual temperature T=7°C and wind speed v=8m/sec.

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