So heat is often denoted by q.

And perhaps f(n) is denoted by this green function here, which

Sometimes it's denoted as a 1 and a 1.

And that's denoted by A in absolute value signs.

The application of a kernel is often denoted with a special symbol over here.

And that's denoted as little h with the subscript 70.

In its simplest form, it is just a multiplicative constant, usually denoted as little w.

1 for the location, and 1 for the velocity denoted x dot.

like, x plus 5 is equal to 6, usually denoted by lowercase variables. y is equal to x plus 7.

So this is a double greater than sign, that is the map symbol for much greater than denoted by two greater than signs.

And this tends to be denoted by an omega a lower case omega right there

So pictorially you can imagine that perhaps we have T(n) denoted by this blue functions here.

In this one, we don't have to know P or R and we learn a value function, which is usually denoted by Q.

0 for the case in where you just end in a period, which is often denoted to mean you want a floating point.

So as a result, the angular acceleration, denoted by the Greek letter alpha here, goes as 1 over R.

So, the matrix is going to be denoted by capital A, and it says square n by n matrix where n is the number of vertices of the graph.

This happens to be income and assets versus the size of the company as denoted by its number of employees.

We divide actual value of Hubble Constant which is usually expressed in kilometers per second per megaparsec by 100, and that is denoted with lower case h, normalized Hubble Constant.

And it's unusually denoted i, or sometimes we write it as i of n by n we want to make explicit the dimensions.

And a different set of patients, they look a little different, whose tumors turn out to be malignant, as denoted by the crosses.

And through the middle should pass a rod, graduated into equal sections each clearly marked off from the next, denoted with a Greek letter.

We have a total probability that's denoted by this little shaded region that a given xi is either at that value above farther away from the mean or here farther away in this direction.

So if you're agent number one, you know that you have an Ace, so you know you're in one of these two states denoted by the dotted lines.

Previously, I denoted that by drawing double lines, but again we can't pass a picture into Python, so I'll just make a list of all the things it accepts.

Here for each player, we've denoted by a two letter strategy what you should do when you have an Ace and what you should do when you have a King.

Is the job of a learning algorithm to then output a function which by convention is usually denoted lowercase h and h stands for hypothesis And what the job of the hypothesis is, is, is a function that takes as input the size of a house like maybe the size of the new house your friend's trying to sell so it takes in the value of x and it tries to output the estimated value of y for the corresponding house.

Well let's define one right over here so I'm gonna define random variable capital X and they tend to be denoted by capital letters so random variable capital X, I will define it as is going to be equal to 1 if my fair coin rolls heads and it's going to be equal to 0 if tails

God is is ness . God is spirit.

This is punitive, is what this is.

It is, is it?

Xander is... is me.

His name is is...

Is...? Is something wrong?

Is... Is everything okay?

This is This is

He is. He is.

This is what trust is, trust is human.

This is Au is gold. This is lead.

THlS IS IS TAlNTED. THlS IS HlGHLY IMMORAL.

Is it Plato, is it Aristotle, is it Kant, is it Mill?

This is your life. This is ... this is ... this is your life.

1 4 is 5, 2 is 7, 2 is 9, 4 is 13, 6 is 19.

Five is blue, seven is yellow, eight is chartreuse, nine is indigo, OK?

Green is output, blue is power, pink is input and orange is wire.

Is it good? Is it bad? Is complexity better?