how do I calculate the input work of an inclined plane
A screw is called an inclined plane because it is. The only difference between a screw and an inclined plane is the way they look and how they work. A screw is an inclined plane that moves.
The main function of an inclined plane is to decrease the work needed to push an object at an angle uphill.
By the definition, A plane which makes an angle (THETA) with the horizontal is said to be inclined plane. Inclined plane has made lots of work very easy. It's a simple machine.
The reason that inclined planes allow us to reduce the force necessary to move items is because the work required to do both (Work = Force x Distance) is the same. When pushing up an inclined plane, the pusher only has to counteract the component of gravity that wants to slide the object back down the plane, instead of fighting against the entire force of gravity. Using an inclined plane decreases the force necessary to accomplish the task but increases the distance required for force against the vertical component. (An angled plane shortens the distance of travel overall).
how do I calculate the input work of an inclined plane
A screw is called an inclined plane because it is. The only difference between a screw and an inclined plane is the way they look and how they work. A screw is an inclined plane that moves.
inclined planes reduce the amount of work to do, its easier to push a heavy stone rock up a ramp then carrying it
by increasing effort distance hence reducing the effort needed to work
I think that a inclined plane is used to make work easier.Ex:A ramp
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The main function of an inclined plane is to decrease the work needed to push an object at an angle uphill.
It works like a ramp.
it works because it clever
Yes, a hammer is a inclined plane. It's head, is the inclined plane.
By the definition, A plane which makes an angle (THETA) with the horizontal is said to be inclined plane. Inclined plane has made lots of work very easy. It's a simple machine.
The reason that inclined planes allow us to reduce the force necessary to move items is because the work required to do both (Work = Force x Distance) is the same. When pushing up an inclined plane, the pusher only has to counteract the component of gravity that wants to slide the object back down the plane, instead of fighting against the entire force of gravity. Using an inclined plane decreases the force necessary to accomplish the task but increases the distance required for force against the vertical component. (An angled plane shortens the distance of travel overall).