Calculate the work done in pushing a cart through a distance of 10m when the force applied on it is equal 120N
Answers
Answered by
50
Hey there !
Solution :
We know that,
Work Done = Force * Displacement
Given :
Force = 120 N
Distance = 10 m
Since in this case distance is given, we consider it to be the displacement as well. So substituting the values in the formula we get,
Work Done = Force ( f ) * Displacement ( s )
Work Done = 120 N * 10 m
Work Done = 1200 N.m
=> Work Done = 1200 J ( Since 1 N.m = 1 J )
Hope my answer helped :-)
Solution :
We know that,
Work Done = Force * Displacement
Given :
Force = 120 N
Distance = 10 m
Since in this case distance is given, we consider it to be the displacement as well. So substituting the values in the formula we get,
Work Done = Force ( f ) * Displacement ( s )
Work Done = 120 N * 10 m
Work Done = 1200 N.m
=> Work Done = 1200 J ( Since 1 N.m = 1 J )
Hope my answer helped :-)
Anonymous:
hey buddy..
Answered by
32
HEY BUDDY....!!!!
HERE IS UR ANSWER...
______________________
▶️ Work done is energy used if a force is applied and displacement has taken place
⏺️ So , Work Done ( W ) = Force ( F ) × displacement ( s )
⏺️ A.T.Q.
=> W = ? , F = 120 N , s = 10 m
So
=> W = 120 × 10
=> W = 1200 Joules or N m
HOPE HELPED...
:-)
HERE IS UR ANSWER...
______________________
▶️ Work done is energy used if a force is applied and displacement has taken place
⏺️ So , Work Done ( W ) = Force ( F ) × displacement ( s )
⏺️ A.T.Q.
=> W = ? , F = 120 N , s = 10 m
So
=> W = 120 × 10
=> W = 1200 Joules or N m
HOPE HELPED...
:-)
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