Jump down at this point

Essentially the graph is monotonic from this point to this point and this point to this point.

And when I say exactly back to that same point, this point doesn't count.

This little dot right here, this little dot, which is the Earth, this speck this speck...

let's call that point A, lets call this point B, and let's call this point C right over here.

What is the length over here from this point to this point going to be?

Like that point and that point.

let's say we get to this point right here.

And look at this image of the tiny, blue dot.

Let's start with how I got to this point.

It's this point and this point.

So the electric potential difference between this point and this point at this point, it is this value higher.

Where you're completing, between that point and that point, you're completing one entire cycle to get exactly back to that same point.

How far is this blue point away from this orange point?

That's this point.

So, if this point right here is the point, and we already showed that, this is the point the center of the ellipse is the point 1, minus 2.

What is this distance from this resting point to this resting point there?

How far is this point from that point?

It's becoming less positive until we get to this point.

We're excited. We've got to get past this point.

So I think that the second line is this one, and this is the

So it would intersect the curve twice, once at this point, once at this point.

This would be point D.

This would be point C.

That's point A.

That's point B.

This is the point 3, 2 right there.

This is the point 3,9 right here.

That is the point B.

Let me make this point clear.

That's the point 8, 7.

I have the same three columns, but now I'm combining them

That's the first point.

So you have this point right here.

Let's select that one.

Let's take this point right here.

That's not the point.

You with me?

Soviet intervention became a real threat.

And we can keep going if we go to this point.

Then at this maximum point, it goes to zero.

But, of course, we want to find the limit at this point gets closer and closer to this point, and this point gets closer and closer to that point.

And let's say that this, up here, was the point 5, 7.

And of course this point right here this will be a, so this would be the point minus a comma 0.

PQ, so they say this is point P, this is point Q.