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They Work Togehter By They All Havr Letters And Capital Letters
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Force equals mass times what?
Work. The force times the distance over which the force is applied is equal to the work. Work is measured in joules.
How energy force motion are interrelated?
Force changes motion, according to Newton's Second Law (force = mass x acceleration). Applying a force over a distance requires work (= energy transfer); in the simplest case, this work is equal to force x distance.
Is it possible that a body be in accelarated motion under a force acting on a body yet no work is being done by the force?
Yes, that is possible. For example, an object in circular motion, accelerated towards the center. The force (and the acceleration) is normal (perpendicular) to the movement; thus, the dot product between the force and the displacement is zero.
What is done only when an object moves in the direction of the applied force?
Not necessarily. In our atmosphere, of course, we have friction due to the object displacing air, or if it is moving on some kind of wheel we have bearing friction, wheels (or what-have-you) against the road surface, etc. If the path or speed of the object is changing, then there is a force acting on it. Like the space station orbiting the Earth.
When force and motion are going in the same direction is work being done?
When force is opposite to the direction of motion, no work is done. The object to which the force is applied must move in the direction of the force in order for work to be done.
Force equals mass times what?
Work. The force times the distance over which the force is applied is equal to the work. Work is measured in joules.
How energy force motion are interrelated?
Force changes motion, according to Newton's Second Law (force = mass x acceleration). Applying a force over a distance requires work (= energy transfer); in the simplest case, this work is equal to force x distance.
What is an exertion of a force on an object that produces motion in the direction of the force called?
The answer to your question is Work. The definition of work is: "When a force acts against resistance to produce motion in a body, the force is said to do work." - The CRC Handbook of Chemistry and Physics... Which means the exertion of a force on an object that produces motion in the direction of the force.
Is it possible that a body be in accelarated motion under a force acting on a body yet no work is being done by the force?
Yes, that is possible. For example, an object in circular motion, accelerated towards the center. The force (and the acceleration) is normal (perpendicular) to the movement; thus, the dot product between the force and the displacement is zero.
What is done only when an object moves in the direction of the applied force?
Not necessarily. In our atmosphere, of course, we have friction due to the object displacing air, or if it is moving on some kind of wheel we have bearing friction, wheels (or what-have-you) against the road surface, etc. If the path or speed of the object is changing, then there is a force acting on it. Like the space station orbiting the Earth.
When a force when a force produces motion in the direction of the force?
work
When force and motion are going in the same direction is work being done?
When force is opposite to the direction of motion, no work is done. The object to which the force is applied must move in the direction of the force in order for work to be done.
What is difference between work motion and force?
motion is the movement of an object and force is the power or work done to move the object
How do you work out the resultant force?
Acceleration x Mass
When force is perpendicular to the direction of motion is work done?
No. At least not by the force that's perpendicular to the motion. When you push a baby stroller (or a car), you do work, but the force of gravity, downward and perpendicular to the motion, doesn't.
How to work out a force?
Force = Mass (in Kg) x Acceleration (m.s -2)
What is the cause and effect relationships between force and acceleration?
force =mass x acceleration therefore mass = force /acceleration and acceleration = force/mass
