There is no such thing as an amount of force needed to move a certain distance.
Asteroids, comets, moons, and planets have been moving trillions of miles through
space for billions of years with either no force on them at all, or no force in the
direction they're moving.
You may have heard of Newton's First Law. It says that an object with no forces
acting on it keeps moving in a straight line at a constant speed, which is kind of
another good way of saying that it can move as far as you want it to with no force
on it.
There is no such term, because the distance an object moves does not directly depend on the force that acts on it.
No, work is related to energy, not to force.
Gravity can be measured many ways. You can drop an object and observe how it falls and determine the objects acceleration. With that in hand you can then calculate the force required, and measure gravity that way. You can use a scale, and determine the force acting upon the object placed on it to compress the springs a certain distance, or deflect it a certain distance (depending on the scale's design). A pendulum can be used to measure gravity. The period of a pendulum is directly influenced by the magnitude of the accelerating force (gravity) you can measure altitude with a sensitive pendulum. As gravity is a force, any method you would use to determine the force of one object exerting upon another would work to measure gravity.
As a simplified explanation, work = force x distance. You need to apply a force over a certain distance, for work to be done.
work= force × distance so if an object moves 4metres, and the force to move it is 2N, (Newtons) the work done would be 4 × 2 = 8Joules (Work is measured in Joules) In other words, work is done when an object moves a certain distance when a certain amount of force is applied to it.
There is no such term, because the distance an object moves does not directly depend on the force that acts on it.
No, work is related to energy, not to force.
Energy. The unit of measure for energy is the Newton (N).
There are two ways to find the distance traveled. One is to measure the distance traveled. The other is to measure the distance raveled within a certain amount of time and then multiply to find how far it will travel in the future.
Gravity can be measured many ways. You can drop an object and observe how it falls and determine the objects acceleration. With that in hand you can then calculate the force required, and measure gravity that way. You can use a scale, and determine the force acting upon the object placed on it to compress the springs a certain distance, or deflect it a certain distance (depending on the scale's design). A pendulum can be used to measure gravity. The period of a pendulum is directly influenced by the magnitude of the accelerating force (gravity) you can measure altitude with a sensitive pendulum. As gravity is a force, any method you would use to determine the force of one object exerting upon another would work to measure gravity.
Work is done when a force is used to move an object.Work = force x distance.
the answer is isolated energy
As a simplified explanation, work = force x distance. You need to apply a force over a certain distance, for work to be done.
work= force × distance so if an object moves 4metres, and the force to move it is 2N, (Newtons) the work done would be 4 × 2 = 8Joules (Work is measured in Joules) In other words, work is done when an object moves a certain distance when a certain amount of force is applied to it.
The object's weight is the measure of the gravitational force on that object.
Move a certain distance since Work Done=Fd
-- Measure the force you use to pull the object. You can connect a spring "fish" scale to the object, pull on the scale, and read off the force while the object moves. -- Measure the distance the object moves. Multiply the force by the distance. The product is the energy used to move it. (Be careful with the units.)