And these strands of magnetic field inside the superconductor, they come in discrete quantities.

Discrete

Discrete

Those values are discrete.

Al, for one, looks at much more discrete decision spaces with discrete variables.

Everything else was very discrete.

They are not discrete values.

Are you crazy? Be discrete.

It's more discrete and private.

These two things are equivalent quantities.

Once again, these are vector quantities

They are variant by discrete decisions,

Third, the domain must be discrete.

They use large quantities chloroprene and benzene.

Let me talk about discrete versus continuous.

It does not take on discrete values.

You get two or three discrete locations.

This is called the Discrete Logarithm problem.

Japan used to trade silk in large quantities.

So ratios are just expressions that compare quantities.

So that's a zero one valued discrete output.

So this is clearly a discrete random variable.

Foreign products arrived on the market in large quantities.

Smart materials are hard to obtain in small quantities.

High quantities of phosphorous protein and all that crap.

And the way that we differentiate between vector and scalar quantities ... ... is that we put little arrows on top of vector quantities.

Is this a discrete or a continuous random variable?

Is this a discrete or a continuous random variable?

Is this a discrete or a continuous random variable?

We are now dealing with a discrete random variable.

They can only be applied to discrete state spaces.

We grow the cells outside the body in large quantities.

And we are going to combine these quantities together as follows.

We're just adding or subtracting the same quantities on both sides.

So is this a discrete or a continuous random variable?

So you see a maze with lots of discrete states.

This was Fizeau's solution to sending discrete pulses of light.

These are just scalar quantities, and we saw that the dot product is associative with respect to scalar quantities, so we can just change the order here.

So, you might price the product if you buy in quantities of 1 10 it's 1000, but if you buy in quantities of 10 100 it's 900.

This is a very well known feature in which we perceive quantities in relative ways quantities like the intensity of light or the loudness of a sound.

In the city, large quantities of garbage are being produced every day.

With this new equation we can just plug in the known quantities.

If i wanted to write an analogous thing for the scalar quantities ... ...

Or, I guess order these quantities however you want to do it

I'm just These are all just expressions that are comparing two quantities.