Now we move to my plot leap.
So there we go.
We have mapped out with our impart map leap the pie plot as plots that consider we have values of X
ranging from -20 to 24.
Well, in space we've seen as defined so that this gives us a total number of points.
We'll be working with a number of elements which will make up the list x.
So if you have been exhausted, you're going to have 40 points.
One, two, three, four, five, six, seven, eight, one, two, three, four, five.
So that gives us 40 points.
We have formed points as many one as you want, but it's going to range one -20 to 20.
Let's have it in a 40.
We now have y y is defined as a square of x.
So we could have we could also use some modified exponential of X.
Yeah.
Most print out.
Yeah, that's print out.
Why?
That we go.
Why?
Then to do a simple plot, we could have BLT.
That was important.
The plot was specified X and Y, and then we have plot in the show.
So there we go.
We have this plot to the south and that's it.
There are also so many other things you could do with this figure.
You could modify the color, you could give a title, you could give or specify the axis.
You could add a grid into this diagram and many other things you could do.
This was recorded like this.
So there we go.
Now, suppose we have two plots, so we have x one by 100, we have X, and then we'll have two different
plus x, y, one on y to y, one y to in peter lock step.
So that's it.
That's fine.
Now we plot
1c1.
Plot two.
That's two.
Let's take.
Yeah, that's fine.
Now let's.
And this back now there's blood actually some less plot.
The two plots side by side.
Using the subplots, matter of my blood leap.
To do this, we need to specify the figure.
I want to get the figure on the axis on a different axis.
And this is our case.
We have two axes.
So we have to get a figure which is represented by this and then two axis.
So we have figure and then axis one axis.
So now we have the ultra sub plots now.
Yeah, we're going to define the way the, the layout actually if we wanted to be in a way we have two
rows as if we wanted to have the first plot here and then the next plot.
This is obviously two rows and one column if wanted to be like this.
This first blood.
And then this next blood.
Then, yeah, we're going to have one by two.
So that said.
Yeah, well defined distance two by one we have the axis for the first axis.
The plot is similar to where we had you already.
So just xy1.
Then I'll copy this to xy2.
Now we could do a figure.
Not sure on that.
And that's fine.
We have the exponential and the logarithmic lots of one too.
So we have the higher and then the logarithmic would have to be plus.
But so we have this error because we just have defined two axis.
So we grab axis three, see the third axis.
There's no value in the axis three, lots of x and then so you need up ten.
Oh, that's.
And because of X on that.
There we go.
So that's how we could come up with the subplots and was.