You can take on multiple values

It does not take on discrete values.

Theta 1 can take on a range of different values. Right? So theta 1 can take on the negative values, zero, positive values.

We're talking about ones that can take on distinct values.

A range is the possible values that we can take on.

Once again, you can count the values it can take on.

But it will take on a much tinier range of values

X often can take multiple values.

Well, this random variable right over here can take on distinctive values.

There are discreet values that this random variable can actually take on.

They can take on values roughly between minus .5 and positive .5.

After all, variables can take arbitrary values.

So let's take some x values here.

And the set of values that x can take on is the domain.

Confucian values and so on.

The range is, what are the possible values that the function can take on?

And even between those, there's an infinite number of values it could take on.

Well, once again, we can count the number of values this could take on.

You can actually have an infinite potential number of values that it could take on as long as the values are countable.

Well that's just the probability weighted sum of the values that this could take on.

The probability of D is conditioned on 2 variables which can take 4 possible values.

The important thing to take away from here, is that a variable can take on different values, depending on the context of the problem.

Well now, we can actually count the actual values that this random variable can take on.

And discrete random variables, these are essentially random variables that can take on distinct or separate values.

A random variable can take on many, many, many, many, many many different values with different probabilities.

Values

Values

Values...

Values

Values

Come on, take, take.

So let's make another set here of all of the possible values that my function can take on.

Well, the range is all of the functions, all the values that f of x can take on.

These 4 values take the names N11, N10, N01, and N00, respectively.

And the values that my domain can take on are 0 through negative 8, and every even negative number.

Another way to think about it is you can count the number of different values it can take on.

There's no way for you to count the number of values that a continuous random variable can take on.

Floating point values or range of values

But wait, you just skipped an infinite number of values that it could take on, because it could have taken on 0.011, 0.012.

You can't go putting your values on people's work!

Clears values which were entered into forms on websites

Carnelian is a company founded on good American values.

These are not simply American values or Western values they are universal values.

NULL values

Map values