Now let's think about what we're going to have to multiply it by

Let's multiply both sides of this equation by dx.

What's this thickness right here?

And here comes the natural enemy, minute pirate bug

And where were that put me?

This is an infinitely small change in y, over an infinitely small change in x.

Can't quite fit it in the box, but it works out to .000001197.

We'll see where this goes.

Absolutely none. Holmes laughed.

So you get, for a very small change in y, dy, you get x squared plus 1 times a very small change in the x.

This is the lowest gauge I could get.

Adjust the middle screws to remove any twist caused when the screws were tightened

Well this term is going to go to 0, right? e to the minus a googol is a very, very small number.

Well, that's 1 over 3 to the third power, which is equal to 1 27.

But otherwise, you never hear it.

You can see how this matrix is full of values that together compose the image.

Though much smaller than the one in Ohio.

Let me do it in a vibrant color.

Circuits are so tiny you are All but in the quantum realm.

Well this is the probability that you're less than that.

I leave a photograph which he might care to possess and I remain, dear Mr. Sherlock

Something that you were dealing with.

You are quite the little actor, huh?

Very long subject very long subject very long subject very long subject very long subject very long

A smaller samurai puzzle

If right here this is a guanine, then right here would be a cytosine.

small size

So why might it be hard to find?

Oh, did you want a small?

If I did minus 0.01, it would make a super small vector right there pointing in that direction.

Well, it's probably microscopic, and it's never easy to study microscopic things, although the amazing tools that we now have to do that allow us to study things in much greater depth, at much smaller scales than ever before.

We're only talking about a small amount that's missing...

Minimum Size

minimum size

Earth is much further away from the Sun and much much smaller than the Sun as well.

So we are in the 21st century, and we still cannot properly understand the spectrum of the sun.

Sort of like more smallscale stuff, like...

Bob's handprint.

What I'm going to show you are the astonishing molecular machines that create the living fabric of your body.

He read a most interesting novel yesterday.

It can like in these circumstances, but not always.

In spite of all this splendor, the beginning was extremely frustrating.

This pulley has sufficient wall thickness to allow us to use standard soft jaws

Very good.

As soon as we get up even to 4, 4 cubed is 64, which is already much higher than 20.