.
4.2 meters away on the left-hand side of the fulcrum. 
of the pipe's mass acts downwards between worker A and B. That 
of mass will act downward at its center of mass 
away on the left-hand side of the fulcrum. 
of the pipe's mass acts downwards to the right of worker B. That 
of mass will act also downward at its center of mass 
away on the right-hand side of the fulcrum. 
for the pipe to balance. Therefore:
.
.
Calculate the force exerted on the pipe by a and b respectively.
...
Physics, 23.11.2019 22:31, StudentLife336
Calculate the force exerted on the pipe by a and b respectively.
Answers: 2
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