These are just stars.

25.7 metres above sea level,

So let's think about how much space they each take up on my screen. And since we're doing everything in terms of meters, since all of the dimensions are in meters,

So the area of Apple Lane is 40 meters times 30 meters which is equal to 40 times 3 is 120... 40 times 30 is 1200.

So your area is going to be 8 meters times 8 meters, which is equal to 8 times 8 is 64, and then your meters times your meters you have to do the same thing with your units you get 64 meters squared.

So, 3 let me write this down so the radius is equal to 3.

So, his velocity ... is ... ... his displacement was 5 kilometers to the north ...

Color shift

If you're displacing it, let's say you displace it 5 newtons.

Unit Conversion

Measurement Converter

From unit

To unit

literally counting each of the square meters.

This is one meter, and each scale here is ten times smaller so that's a millimeter, which is a thousandth of a meter.

So let's take that 5 kilometers per hour ... ... and we want to convert it to meters.

Well, it's going to be 3 5 3 5, which is equal to, let's see, that's 3 3 is 6, plus 5 5 is 10, so that's equal to 16, and if we're saying these are all in meters, these are in meters, that is going to be 16 meters.

You could say d work, or a differential of work.

New Unit Conversion

So let me rewrite the result that we proved just now.

Well, that's the exact same idea we will just add the lengths of the sides

Regardless if you are using SketchUp free or Pro, you will need to pick a template to start with.

Rename Super Category...

Plasmoid for converting units

So in every revolution, it is traveling 2 pi r

I'll give you three values for X, Z, f, and would like you to understand what the missing value is.

Well we can think about it two ways 1) We know that velocity is equal to displacement over change in time and displacement is just change in position so this is change in position over change in time or 2) another way to think about it, if you multiply both sides by change in time you get velocity times change in time, is equal to displacement

So, we're all familiar with what a meter looks like (the average adult male is a little under 2 meters).

Have the patient perform a toe raise and evaluate the heel position.

So we're going 100 meters in 9.58 seconds so it's around 10.4 approximately 10.4 and then the units are meters per second.

Missing unit conversion

Change Horizontal Alignment

Change Vertical Alignment

Laplace transforms. So let's do that.

Now, what were we doing here the whole time?

So that is displacement.

And this is the precision that I'm able to measure.

meters

Displacement is just distance with some direction.

It's the dot product of the force and our super small displacement.

We are making it look like we were able to measure the combination to the nearest foot.

And then train A has passed train B. 200 meters.

It's going to be 8 meters.

I'd say at least eight, no, more like 10 feet!

So the total distance that the column traveled is 50 plus 25 meters, or 75 meters.