Hey everyone.
So last video about an.
I hope you find this one that easy because you have no perfect in list and data types and that's something
like.
So in operations first we need two ways to make these patients on so he can define and b a range that
is first one n elements.
Here we have X now same y and B don't change but we will take this on like from 10 to 20.
There we have VI in 3 6 9 4.
Now to perform the patients on number five we have something that is very easy like you can just add
two days and stored them in the third one like X plus Y then Z will be then you've been to Z.
It will be this some of them like this one is if I then this one here X is this and why do we have is
this Spanish some of these.
So here we have 10 plus zero and one more thing that I have not maybe told in the list that whenever
you add any adding only the elements of same index will be added like a zero and then one and 11 here
nine and ninety.
So that will be equal to 28.
So elements with the same index will be added.
You can also subtract that one then you will get a different result that is minus 10 for each.
Because the difference of these old here is an equal starting minus three 10 foot in minus 4.
You can do multiplication also then you will get this one and it is and also.
So what I want to sit and say is that you can perform any operation on this.
So there is about the basic of patients and not even just basic ones.
You can do something like trigonometric and be dope sign that is for Santi to close it up.
Then the name of that even which you want to do.
So here you get the values of all the elements on that particular side.
You can do goes to die and you can even do lobe that is great and you will get different one and you
will get this alert from the name by that device that on zero you have minus infinity.
And there is another point here this.
And no I will not show you added in some cases like if you divide and tried to have something like x
divided by zero you will not get error you will just get it alert.
So that's one more thing here.
Now like the maximum in volume values you can also use operations to find them like and b Max and here
X there I have used something like X don't max the same result.
So you can find this maximum value with different base.
My quoting here If I have this one with Google elements and we have this one and I make this one I will
be at a here like Well that is three goals for now this one is equal to Dettmer and same with this one
up to twenty two dot reshape
then three goes for this one no need sign by here.
Here it is.
Now you can also perform the operation on 2D matrices.
You can see it is here in the same situation like the previous one same index is added here all the
same index will be added like this one fifteen plus five sixteen plus six seventeen plus seven here
thirteen plus three then you add this one shift center you will get 10 plus zero here twenty one plus
eleven that is thirty two.
So that's what you can do with Dodie matrices also and if their order is something like 4 three that
the order is different.
Now this one is like that one and this is Dettmer many perform this one you will get better because
to perform an annual patient.
So this one here.
Now do that one.
That's the thing here.
When the order is different the operation will not work on that one because you're required to have
the same order in the patient and subtraction in case of multiplication and these thing that is the
column and column of first and rule of second must be same.
So if you try to do something like this one mathematically this thing is possible because we multiply
these thing here but in number by this one is also not possible.
So that's the thing about the number of your patients.
Also you can google the name by operations because they are not the number of patients there.
You can find on Google
here like numbed by
operations and you will get any website.
Dig and go for a distance Skype lectures.
Maybe not need one.
I told that when it's only Skype.
So there you will find operations like here we are getting these that we have done can be taught at
ease and what we are looking for is maybe not here and
you can search for something like name list of num by operations.
Maybe then you get so here you have at this point.
So also not here maybe no.
And here we have we have no power or patience that are clearly defined here.
If the example is reciprocal and all these operations you can find here so you can also play for any
other website in which you find easily.
One more thing.
The operations that I need to tell you is like if I have the x only that one sorry this one only of
twelve elements.
This one and you need to find the sum of all the elements.
Then just do X do some.
This one is also important but for the mention you will get the sum of all these elements so there is
enough about the operations of Pi and we are done with the basics so no.
And I hope you find that one day lazy and to use these name by in the next five modules that are about
the data science and you will get more clear about these things.
So thanks for watching and I will see next.
Module.