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∙ 14y agoEffective distance run = 100 m + (9.84 x 0.5) = 104.92
Effective speed = 104.92 m per 9.84 s
Therefore with no wind resistance, time to cover 100 meters = 100/104.92 x 9.84 = 9.3786 (9.38) seconds.
LOL:)
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∙ 14y agoWiki User
∙ 14y agoWind speeds are not reported to two decimal places so the windspeed is probably meant to be 0.3 m/s. However here are the predictions for both wind speeds: -0.03 m/s : 19.62 (i.e. no difference)
-0.30 m/s : 19.60 Predictions when the wind speed is the max. allowable, i.e. 2 m/s are as follows: -0.03 m/s : 19.51
-0.30 m/s : 19.51
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∙ 14y agoThe real question is: If you ran the 100m in 9.69 in zero wind how fast would it be if you ran seriously to the end? I am 99.9% sure you refering to Usain Bolt 100m performance at the 2008 Olympic Games. Well you can't really ask that because Usain Bolt even with the wind would still be slowing down to (indirectly) Taunt? Celebrate? Asafa? I'm not sure but I am sure you can Expect Usain Bolt to run his Punas Out With Tyson Gay up to 100% this season.
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∙ 15y agoto figure out the correct number you need to know how fast the tail wind is
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∙ 14y agoWind speeds are not measured to two decimal places. The units are not seconds either but metres per second.
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∙ 14y ago14.06s
Winds on Jupiter can reach speeds of up to 400 miles per hour (644 kilometers per hour) in its upper atmosphere. This creates powerful jet streams and intense storms, like the Great Red Spot, with winds estimated to be even faster.
10.08 to 10.10 thereabouts
A 1.7 m/s tailwind would improve his time by 0.08 seconds.
A 1.7 meter/second tailwind would aid the runner by .08 seconds. The adjusted time would be 9.70 seconds. Here's a link to use for wind and altitude adjustments: http://myweb.lmu.edu/jmureika/track/wind/index.html
19.89 seconds
The wind direction would be blowing to the north if it is going over your head while you stand south of the smoke stack.
If wind energy increases, wind mills will run more fast. More electricity will be produced.
Meteorologists use wind direction finders to determine the direction from which the wind is blowing. This information is crucial for predicting weather patterns, such as the movement of storms and fronts. Understanding wind direction helps meteorologists make more accurate forecasts.
310
This means that the runner/ jumper is running into a head wind of 6.1mph. To explain another way, the runner would not be assisted by the wind but running against it. If it said +6.1 the runner would have an advantage as the wind would be behnid them.
The fastest wind speed ever recorded in a hurricane was about 190 mph (305 km/h) in Hurricane Patricia in 2015.
it travels three times as fast as a comet