Relative

So now we can plot this normalized quantity.

Well, John, that that's all relative.

Time is relative do you understand that?

When is kind of a relative term.

We started up here with a diploid germ cell, and we went through two stages of division.

Things are close to Euclidean and therefore the counts will be a asymptotically going to the straight line with the slope we just derived.

So instead of that, we multiply that with speed of light, converting it into a distance.

This is an ocean planet stupidly called 'Earth.'

Congratulations. You just learned about pie charts.

The foremost of those were so called Hubble Diagram.

Font size fixedor relative to environment

Separation of solid, crystalline matter from a solution, or the liquid or gaseous phases.

Then this lattice structure will be solid.

Interactive EXAFS data analysis

Hubble Diagram is probably the most traditional of cosmological test.

And near us, this is very close to a straight line.

So this new vector is going to look like this.

And we've done the problem.

It's 4.98.

One thing for us, the alchemists, is that we just don't look at only one side.

So for magnitudes of the coefficient will be different.

We're going to assume that, even though it is moving at a velocity, the position we're going to make relative.

Relative

The explanation of that paradox is that, within our societies, we're looking at relative income or social position, social status where we are in relation to each other and the size of the gaps between us.

Exactly.

Perhaps I didn't see it it during time 2, but this is z3.

Pie charts are really, really powerful to represent things like election outcomes.

I love some of these, physical exercise, prayer.

And similarly, a relativistic computer game, in which objects on the screen manifest the Lorentz contraction, and so on, to try to get ourselves to get children into the way of thinking about it.

Which require callibration from somewhere else.

That persisted until roughly, 1990's. There are two kinds of methods to measure distances.

Your opponent?

So it's analogous to anaphase in mitosis, but the key difference is you're pulling apart homologous pairs.

The relative position of the OSD. Possible choices are Left, Middle, Right and Center.

You could have done it the other way.

This will leave the base relatively undefended.

You can't say the same thing about gender.

In this situation we move 600 meters, relative.

They're being pulled apart, but they're being pulled apart the homologous pair is being pulled apart, not the actual chromosomes, not the chromatids.

Relative position

Opponent

Relative Colorimetric

Relative colorimetric

Opponent