The work you did is
(1,000 times the distance for which you kept pushing, in meters) joules.
Notice that if the car doesn't move, then you do no work, no matter
how hard you push, pant, or perspire.
You would do twice the work because work is calculated as force times distance. So, if you apply twice the force over the same distance, the work done would be twice as much.
Negative work is being done when you push on a box but it moves backwards. This means that the force you apply is in the opposite direction of the displacement of the box, resulting in a decrease in its energy.
To find out how much energy must be applied, first calculate the work required to lift the weight by using the formula: work = force x distance. Work = 100 Newtons x 10 meters = 1000 Joules. Since the machine is 50% efficient, you would need to double the work done, so you would need to apply 2000 Joules of energy to lift the weight.
Work= Force(Distance) Work= 200(500) Work= 100000
Energy is the ability to do work or produce a change in an object or system. It is not a physical force like a push or pull, but rather a property that allows objects to undergo transformations or move.
5000 joules
All of it.
You would do twice the work because work is calculated as force times distance. So, if you apply twice the force over the same distance, the work done would be twice as much.
When u push the cart,u apply some force on the cart which does the work(the cart moves). The movement of the cart is the work done due to the application of the force you.
You have done 1 joule of work. Work -FxD= 1Nx1m=1Nm= 1 joule.
Apply to the airline
Negative work is being done when you push on a box but it moves backwards. This means that the force you apply is in the opposite direction of the displacement of the box, resulting in a decrease in its energy.
between $650 to $1000 or more depending where you work/who you work for
work = f x s. work = 1000 x 40 40000J
It is to much work for one bug 2 push out or reproduce with babies so they die after there work
To find out how much energy must be applied, first calculate the work required to lift the weight by using the formula: work = force x distance. Work = 100 Newtons x 10 meters = 1000 Joules. Since the machine is 50% efficient, you would need to double the work done, so you would need to apply 2000 Joules of energy to lift the weight.
you apply oil to the suspension area and then push it up and down to work the oil in.