It's either LESS force over a GREATER distance or MORE force over a SHORTER distance.
time and distance.
slanted,easier work, simple machine,and force
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).
Yes, but it also decreases that force.
the less force is needed.
work=force times distance
time and distance.
an inclined olane allows you to lift a heavy load by using greater force over a shorter distance
Levers, inclined planes, and compound pulleys all do that.
slanted,easier work, simple machine,and force
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).
Because it always has a mechanical advantage greater then 1.
increasing the distance
Yes, but it also decreases that force.
Yes, your right.
the less force is needed.
a smaller force is exerted over a longer distance.