Can I change the order and always get the same result?

Now, what is the probability of getting an even number?

And we said at 1.70, people are willing to eat two million cupcakes in a year.

Equalize Column

Equalize Row

Cutting a cake into equal pieces is rather difficult.

Distribute shapes

What is the probability of rolling a 1 or a 6?

And here, again, we see

Align Vertical Distribute

Align Horizontal Distribute

Distribute Left Borders

Distribute Right Borders

Distribute Bottom Borders

Distribute Top Borders

So how many equally likely possibilities?

But there's no reason I could expect it.

And so in the case of a coin, The Probability of heads was a fair coin

At the end of the month we count your clicks

And what does that equal?

Or you could say this is 62 .

There is no such thing as a lucky sequence.

So, number of equally (Let me write 'equally.') of equally likely possibilities.

And so using that definition only if we can say that all of the outcomes are equally probable.

They are really easy formulas for fitting data to Gaussians, and I'll give you the result right now.

If I flip it in the air, it's not more likely to land on one side or the other.

Whereas particles with a smaller weight occupy less space.

Covalent bonds, ionic bonds.

Covalent and ionic bonding.

How did we keep track of time without a clock?

Rather both of them are possibilities.

The probability of getting an even number.

It's a binding spell, and it binds the spirit to someone.

We know that the variance of each of those individual coin flips is 0.25, but I want to add up all the outcomes.

Now sigma bonds, which are what form when you have a single bond, these are stronger than pi bonds pi bonds come into play once you start forming double or triple bonds on top of a sigma bond.

And now we've got the digital revolution.

One term you are going to hear a lot of in these videos, and in linear algebra in general, is the idea of a linear combination.

This could be a number where the number scales between 0 and 1.

We sum whether they're either connected or they're not connected and that's represented by the c wx thing and we need to multiply that by the probability that we picked that particular w and x.

Bond Angle

Bond

Bonds

This is one possible, events in which a is true divided by well, let's say, equally probable.

So, once again, I have 6 equally likely possibilities when I roll that die.

3, 3, 3, 3, 3, and, I don't know, 100.