You don't acquire the kind of wealth your uncle commanded by being like the rest of us, huh?

Base magnitude

Magnitude

Resolution

Version

Resolution

So both its magnitude and direction

Just a bit.

The magnitude of the centripetal acceleration is equal to your speed, the magnitude of your velocity, squared, divided by your radius.

People use these cues to determine things like how persuasive someone is, how likable, how engaging, how trustworthy.

Maybe I should say the magnitude of the budging force over the magnitude of the force that is putting these two things in contact

If you add twice as much of it, you have twice as much display.

Image Resolution

X resolution

Y resolution

How interesting are you?

How much are we running?

How much are these?

How much time?

How much does it weigh?

How much ammunition?

What are the chances?

And the best way to view it, slope is equal to change in y over change in x.

And rise just means how much do you change in y, run means how much do you change in x.

And so this will give us the magnitude of the force. If we want to figure out the magnitude of the acceleration (which this really is.

So this is going to be the magnitude of negative omega squared times the magnitude of our position vector the magnitude of omega squared is just going to be omega squared you can get rid of the sign, and the magnitude of our position vector we saw at the beginning of this video, is just r, our radius so this right over here is just going to be equal to the radius of the circle that we're going around.

I'm actually going to only plot the magnitude of velocity and you can specify that like this _BAR__BAR_v_BAR__BAR_ so this is the magnitude of the velocity

Assuming that we start with... so my initial velocity, or I could say the magnitude of my initial velocity so just my initial speed, you could say, this is just a fancy way of saying my initial speed... ...is zero

That's how much thermal energy the reactor's putting out to how much electricity it's producing.

Which is kind of the magnitude of this vector.

We figured out what the time in the air is going to be.

What's this length right here?

This is how much you borrowed.

But how much is that?

How much are we going up by?

So I can do it in any order.

The amount of resources we put in are disparate.

Speed is just the magnitude of the velocity.

It has magnitude and direction.

That's how small that is.

Can you imagine how small it is?

That's how much extra energy

How much further is it?

How much did you take for these?

How much you like Frazier?