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The amount of energy required is found by the following equation E=mgh

Energy=mass*gravity*height m=100Kg

g=9.81m/s^2 (Standard gravity on Earth)

h=1.00m

so,

E=(100)*(9.81)*(1.00)=981J The second is irrelevant when determining energy, it would take 981J to lift it in 1 second or in 1 year. However, power takes time into consideration as it is the rate at which work is performed, P=E/t

Power=energy/time

=981/1=981W 100 Joules I believe.

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Q: How much energy does it take to raise 100KG by 1 meter per second?
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