So Newton's Second Law of Motion. This one is maybe the most famous.

We're now ready for Newton's third law of motion.

Using Newton's second law of motion, Force is mass times acceleration.

Newton's Laws of Motion.

The second law of motion says, Force is mass times acceleration.

And then Newton had a third law of motion, For every action there is an equal and opposite reaction.

Newton's First Law.

So Newton's third law is saying,

This is Newton's 1st law

We'll start with something very simple Newton's Law

It's the Newton's laws, if you want, of particle physics.

That's what Newton's second law gives us.

Newton's laws of motion an object in motion stays in motion, unless it's affected by a net force.

It wasn't until the 17th century that Isaac Newton described the fundamental laws of motion and we understood the answer to these three questions.

A trivial example is this

Newton's three laws of motion the first law of motion says that objects in motion stay in motion forever unless acted upon by an outside force.

Steam engines, locomotives, factories, machines, all of it due to the mechanics set into motion by Isaac Newton's second law of motion, Force is equal to mass times acceleration.

Newton's second law describes the transfer of energy for impulse turbines.

And now hopefully it make sense that Newtons first law still holds.

Isaac Newton was one of the earliest.

There's just no way around Newton's third law.

According to Newton s third law of motion, for every action there is always an equal and opposite reaction.

Well, the answer is explained by Newton's Second Law.

There was the same feeling when Newton suspected the law of gravitation.

In this video, I want to talk a little bit about Newton's first law of motion,

In fact, today I teach Newton's Laws of Motion and you can actually calculate the forces on every single brick of the Empire State Building.

We'll start with something very simple Newton's Law The force equals mass times acceleration.

This is absolutely true. This is actually another way of rephrasing Newton's First Law.

So that gives you at least the sensory clue of Newton's 3rd Law.

So Newton's first law you're going to have your constant velocity ...it could be zero... it's going to stay being that constant velocity unless there's some net force that acts on it. so that leads to the natural question

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We happen to get round to testing, let's say, Newton's Law of Gravity about 300 years ago.

We happen to get round to testing, let's say, Newton's Law of Gravity, about 300 years ago.

Newton's First Law of Motion deals with inertia, which is the resistance to a change in its state of motion.

It turns out that newton's third law also applies to rotational force called 'Torque'.

Newton's second law tells us that it's pretty nice for us that the laws of the universe... (or at least the classical sense before Einstein showed up)

And if this is Newton's first law then why do I have this huge picture of this guy over here?

From special to general relativity In September 1905, Albert Einstein published his theory of special relativity, which reconciles Newton's laws of motion with electrodynamics (the interaction between objects with electric charge).

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The result is the first signs of serious public discontent with the regime since the violent repression of the Green Movement in 2009.

A 1 N force to the right or 1 N net force.