Difference between revisions of "Wind Chill"

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{{Template:1010ExtraLabs
 
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|Chapter_TOC=[[Extra Labs]]
 
|Chapter_TOC=[[Extra Labs]]
|Introduction=How are you doing in chill?.
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|Introduction=In Winnipeg , it is noted that wind can make the air temperature even much colder. Write a program that will uses "input" to read in an air temperature and a wind speed. Then use the formula below to calculate and output the windchill.
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:<math>T_{wc}=13.12 + 0.6215 T_a-11.37 V^{0.16} + 0.3965 T_a V^{0.16}\,\!</math>
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:<small>where <math>T_{wc}\,\!</math> is the wind chill index based on the Celsius scale, <math>T_a\,\!</math> is the air temperature in °C, and <math>V\,\!</math> is the air speed in [[kilometres per hour|km/h]].
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:::<small>Equation taken from Wikipedia which cites [[Environment Canada|http://www.msc.ec.gc.ca/education/windchill/science_equations_e.cfm]]
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</small></small>
 
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Revision as of 21:27, 3 April 2012

{{Template:1010ExtraLabs |Chapter_TOC=Extra Labs |Introduction=In Winnipeg , it is noted that wind can make the air temperature even much colder. Write a program that will uses "input" to read in an air temperature and a wind speed. Then use the formula below to calculate and output the windchill.

<math>T_{wc}=13.12 + 0.6215 T_a-11.37 V^{0.16} + 0.3965 T_a V^{0.16}\,\!</math>
where <math>T_{wc}\,\!</math> is the wind chill index based on the Celsius scale, <math>T_a\,\!</math> is the air temperature in °C, and <math>V\,\!</math> is the air speed in km/h.
Equation taken from Wikipedia which cites http://www.msc.ec.gc.ca/education/windchill/science_equations_e.cfm

|Body=

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 Bla7;