In this case,
Work done = Force x Distance ,
So, Distance = Work done/force = 720/40 = 15 metres.
*Note : If the force tends to slow the object down, then Workdone = -(Force x Distance )
The distance moved by the object can be calculated by dividing the work done by the force applied. In this case, the distance is 15 meters.
Mechanical energy is transferred by a force to a moving object.
Work is equal to the energy used to move an object. Shown as: work done (Joules) = Force (Newtons) X Distance moved (metres)
work
A person pushing a box across a floor:· Mass of box = 20 KG, Weight of Box = 196.2· Distance moved in the direction of the force = 2m· Work Done = Force X Distance ( in the direction of the force), 196.2 X 2= 392.4 Joules
The distance moved by the object can be calculated by dividing the work done by the force applied. In this case, the distance is 15 meters.
Mechanical energy is transferred by a force to a moving object.
Assuming the force doesn't change, and the force and movement are in the same direction, the energy (the joules) is the product of distance and force. Thus, you just need to divide the energy by the distance.
Work is applied to an object and the object is moved over a distance in the same direction of the applied force.
Work is equal to the energy used to move an object. Shown as: work done (Joules) = Force (Newtons) X Distance moved (metres)
work
work
the answer is isolated energy
The work is 347 joules.
A person pushing a box across a floor:· Mass of box = 20 KG, Weight of Box = 196.2· Distance moved in the direction of the force = 2m· Work Done = Force X Distance ( in the direction of the force), 196.2 X 2= 392.4 Joules
No. Work depends on the force applied and the distance moved.
Moved. Work is defined as a force acting on an object through a distance.