Asked by Timileyin
a 2m crowbar is used to lift a load of 300kg. what force must be applied to one end of the crowbar when a stump acting at the fulcrum is placed under the crowbar 0.5m away from the end on which the load rests? neglect the weight of the crowbar
Answers
Answered by
R_scott
the weight (force) of the load is ... 300 kg * g
the distance from the fulcrum to the lifting force is
... three times the distance from the fulcrum to the load
so the lifting force is at least 1/3 of the weight of the load
the distance from the fulcrum to the lifting force is
... three times the distance from the fulcrum to the load
so the lifting force is at least 1/3 of the weight of the load
Answered by
Henry2,
F1 = M*g = 300*9.8 = 2940 N.
F2 = ?
F1*d1 = F2*d2.
2940 * 0.5 = F2 * 1.5,
F2 = ?
F2 = ?
F1*d1 = F2*d2.
2940 * 0.5 = F2 * 1.5,
F2 = ?
Answered by
Anonymous
A 2m crowbar is employed to lift a load of 300kg. what force must be applied to one end of the crowbar when a stump acting. as a fulcrum is placed under a crowbar 0.5m away from the end on which the load rests? neglect the weight of the
Answered by
Glory
Length of crowbar=2m
Load=300
Effort=?
Load=300
Effort=?
Answered by
Nifemi
The answer is not there
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