Newtons Laws

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Circular Motion

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Newton's Laws of Motion

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Differential Equations

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mind map

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FA: If you are in a car it is moving because of force

IA: How much force pushing on a object

Newtons Laws

How can two objects of different sizes exert the same amount of force on each other.

Momentum - The result of the mass of the object times the object’s velocity.

If me and Bob push on a box with the same strength it won't stay the same because there is the same amount of force applied to each side.

Newton’s third law states for every action there is an equal and opposite reaction.

Action reaction forces can cause changes in motion, are equal in strength but opposite in direction, act on different objects

They can push at the same strength.

p=mv

In which direction will an object move if acted on by multiple forces

F up A up, F down A down, M up A down, M down A up

If I pushed a chair it would move the way I pushed it because there is less force on the other side of the chair.

kg x m/s2 = N

F = m x a

I would move the way the smaller amount of N is.

Newton’s second law states that acceleration depends on both force and mass. It supports the idea that unbalanced forces cause acceleration.

Why do objects at a constant velocity remain at the velocity.

Inertia- The tendency of an object to resist a change in motion.

Balanced it would stay still remain the same.

Newton’s FIrst Law - An object at rest will remain at rest and an object in motion will remain at motion unless acted on by an outside force

Net force is the sum of all forces acting on an object.

A car won't stop moving unless the brakes are applied because no force is acting on it.

It will stay the same because there is no outside force acting on it

unbalanced force it would move the direction of the smaller number.