Your change in y is going to get smaller and smaller and smaller.

And, within a nation, again it gets down to smaller and smaller and smaller identities...

Smaller objects have smaller Schwarzschild radii.

They keep splitting into smaller and smaller tubes just

Sports cars are getting smaller and smaller in California.

They were shrinking vacuum tubes, making them smaller and smaller.

As the change of x gets smaller and smaller and smaller we are going to get better and better approximation.

Smaller

Now, what's happening is that as transistors are getting smaller and smaller and smaller, they no longer behave like this.

They can retire earlier and earlier on their smaller and smaller savings.

In the hardware world, it's because we the consumers want everything to be smaller, smaller, smaller.

In 1950s they were shrinking vacuum tubes, making them smaller and smaller.

So let's see what happens when delta x get smaller and smaller.

I mean, I'm just saying, if I pick smaller and smaller taus.

And then what happens is we get to smaller and smaller negative numbers.

And what happens here is pretty cool, as x gets smaller and smaller

Smaller Than

Smaller pieces.

Much smaller.

Those are going to get smaller and smaller if we squeeze it down.

And then slightly smaller.

Smaller space is going to make for smaller utilities save some more money there, but also a smaller footprint.

And all we're doing is we're seeing what happens as the change in x gets smaller and smaller and smaller as it actually approaches 0.

If you take a smaller paper, you make a smaller flexagon.

Now, if I take smaller and smaller values of tau, what's going to happen?

Make it smaller.

is smaller than

Enlarge smaller images

Anyway, smaller raptors.

My footprint's smaller,

The smaller one.

The body's smaller.

Make it faster and smaller.

And what's the smaller unit?

And in the smaller letters

Two aces and something smaller.

And as we go smaller again, about ten times smaller than that, is a cell.

And I cut it into smaller questions, and I have the answer to these smaller questions.

You have a nice looking apple, And you just kept cutting it, smaller and smaller pieces.

And if we want to get the slope of the tangent line, we would just have to find what happens as h gets smaller and smaller and smaller.

Smaller, smaller than a raindrop it's just this small little thing over here.

So if you were to keep digging in and keep taking smaller and smaller chunks of this.

And as you got more and more, as you made the dt's smaller and smaller, skinnier, skinnier, skinnier.

Look for smaller changes

Look for smaller changes