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solve a problem relating to IMA!! HELP!
a dolly with cans has a combined mass of 72kg (x 9.8 = Fr) and is pushed up a hill.
the hill has an angle of inclination of 12.5 degrees and the cans are pushed a distance of 15m (De) in a time of 8.21 seconds. a constant force of 356.2 N (Fe) is necessary to push the loaded dolly up the hill at a constant velocity. calculate the following:
ideal mechanical advantage of the inclined plane (hill):
IMA = De / Dr
IMA = 15m / Dr
How do I find distance resistance???
a dolly with cans has a combined mass of 72kg (x 9.8 = Fr) and is pushed up a hill.
the hill has an angle of inclination of 12.5 degrees and the cans are pushed a distance of 15m (De) in a time of 8.21 seconds. a constant force of 356.2 N (Fe) is necessary to push the loaded dolly up the hill at a constant velocity. calculate the following:
ideal mechanical advantage of the inclined plane (hill):
IMA = De / Dr
IMA = 15m / Dr
How do I find distance resistance???