The smaller you make it the more quickly you can turn.

The radius may not be smaller than the hole radius.

It affects the diameter and then can turn to the left, turn to the right.

You're fabulous. That's the tightest turn I've ever seen.

YR It's about 300 km per hour before looping.

Sharp turns

Zig Zag

240 revolutions.

210 revolutions.

140 revolutions.

Downstairs.

Smaller objects have smaller Schwarzschild radii.

Now even light will be bent by those paths.

Hey, that turn of yours...

And up I climb, I turn.

You missed the turn!

Make a wider turn, Georgia.

Let's see if you're as good in a tight turn.

Well, make a right turn into it.

And I can try steering the car here by ...

Alter course 40 degrees towards her.

Into the far turn it is red lightning...

Change course to 50 degrees!

So the smaller you make R, the more dramatically the inertia reduces.

And there are lots of physical parameters that change as you reduce R.

Halfway down the path you can't see this house.

Okay, turn the record over, let's hear the other side.

They're turning onto the trail.

Raise

Radius

Radius

radius

Deform Radius

Deform brush

Radius

The radius!

The Ionic Radius is the radius of a charged atom, known as an ion. The ion can have a positive or a negative charge. The charge of the ion with the radius shown is also displayed in Kalzium. A positive ion has fewer electrons in its shell than the atom, a negative ion has more electrons. Therefore, a positive ion has a smaller radius than its atom and vice versa.

See the car turn by five here?

Right at the next corner.

Well, it fell off right around the turn.

Radius 1

Radius 2

Hole radius

Minor radius

Major radius