Which is equal to 3 times 4 is 12 times 1 2 is equal to 6.

Problem 38.

And it's meters times meters so you could view this as square meters

1, 2, 3, 4, 5, 6, 7, 8 meters.

So that's 1 square meter, 2, 3, 4, or 5, and 6 square meters.

So it's pretty clear when you calculate the area that Apple Lane, you are getting more square meters than you would get at Fibonacci Drive.

square meters

Now, 4 times 2 is 8.

Wind power produces a bit more 2.5 watts per square meter.

The area of the factory is 1,000 square meters.

Being generous to concentrating solar power,

So this should give us 8 square meters.

I'm going to measure the area in terms of square meters.

I might very proudly to tell you that

And then we have 8 rows.

And the answer is 14.14 m, which is the same as 10 m 2.

Well, that's because width here is 3 meters.

80,000 individuals are good enough to control one acre, 4,000 square meters, of a strawberry plot against spider mites for the whole season of almost one year.

And here's a solar park in Vermont, with real data, delivering 4.2 watts per square meter.

The area of this floor is 600 square meters.

But we already know how to put in the area, just one of them.

So you could say that 2 meters multiplied by 3 meters is equal to 6 square 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, this facility delivers 14 watts per square meter this one 10 watts per square meter and this one in Spain, 5 watts per square meter.

So let me write this in a new color.

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 we have 1, 2, 3, 4, 5, 6, 7, 8, and 9.

That's 1 meter, that's 1 meter.

If we go to the standard deviation, we take the square root of this.

So when we're talking about 64 square meters, we're

literally counting each of the square meters.

So I can fit 1 square meter.

Or another way of saying, this is 64 square meters.

We multiply the length, 3 meters, times the width, so times 3 meters, to get 3 times 3 is 9 9 square meters.

What I'm shading here in yellow is 1 square meter.

So here the area is 20 meters times 50 meters, which is equal to

The size of organisms increases a third, so your fish are now this big.

Which is essentially if you sat here and just counted each of these, you would count 64 square meters.

So 1, 2, 3, 4, 5 and you see it's going in the right direction 6, 7, and 8.

Solar panels, when you put them on a roof, deliver about 20 watts per square meter in England.

And the tile has an area, so someone else measure for me, it has an area of...

So we're going to have 8 times 8 square meters or 64 meters square.

Well, let's think of it this way.

Now notice, when we measured just the amount of fencing we needed, we ended up just with meters, just with kind of a one dimensional measurement.

And you could view this as 4 groups of 2. So you could literally view this as 4 groups of 2.