You are riding your bicycle on a city street, and you are staying a constant distance behind a car that is traveling at the speed limit of 30 mph. Estimate the diameters of the bicycle wheels and sprockets and use these estimated quantities to calculate the number of revolutions per minute made by the large sprocket to which the pedals are attached. Do a Web search if you aren’t familiar with the parts of a bicycle.
You are riding your bicycle on a city street, and you are staying a constant distance behind a car that is traveling at the speed limit of 30 mph. Estimate the diameters of the bicycle wheels and sprockets and use these estimated quantities to calculate the number of revolutions per minute made by the large sprocket to which the pedals are attached. Do a Web search if you aren’t familiar with the parts of a bicycle.
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You are riding your bicycle on a city street, and you are staying
a constant distance behind a car that is traveling at the speed limit of
30 mph. Estimate the diameters of the bicycle wheels and sprockets and
use these estimated quantities to calculate the number of revolutions per
minute made by the large sprocket to which the pedals are attached. Do
a Web search if you aren’t familiar with the parts of a bicycle.
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