So it was 9 it will become less and so you can.
So this is called as an assignment operator now assignment operators can be.
So that means this is the plus just the pluses of just the plus is an arithmetic operator.
But when it is used along with an equal two together they become an assignment of it.
So if I can if I do a mine is equal to two and if I print a it's going to be nine a multiplied equal
to two it's going to be a Onto that's going to be 18.
Correct.
OK.
A divided divided divided equal to two is going to be nine.
Back again a modalists model is equal to two is going to be one.
Because a model is to nine other students won the remainder after dividing by two has one hands.
The remainder is going to be stored in a correct.
Right.
So you can use any of the any all the edits Dometic and the bitwise operators and bitwise operators
long with.
So any of the arithmetic and meaning or or or because that goes along with any he to
swarming forming an assignment.
Right.
Cool.
And hence we have the assignment operator which is just pre-dominant.
All right.
If I even do a left shift equal to two is going to be four.
Why.
Because it was one which means it was 0 0 0 0 0 0 0 1 and then after shifting it by two this one came
here and here.
OK.
And the same value the new value got stored back into it and then it became for you know so you can
use any of the added all the bitwise operators.
So I just use the bitwise operator along with an equal to forming an assignment.
All right.
Just two more operators and we are done with operators there.
OK.
So operators let's say another operator that we have is called as them is Skoll as the membership operator
scholars a membership up.
Now what is the meaning of membership up.
Let's say membership of Greedo is if I say that is a stream which is a word that is an S1 string which
is which is.
Hello OK.
That is an S2 string which is a hell with a capital which OK.
Now membership operator is given by this particular key word called as in.
So this is a check if somebody or an object is a member of another.
Or if it belongs to another object so I can check.
I can see as one is it dead in s s one that an s say is false.
OK.
No worries if I say one non-thing as including the in I'm saying in along with a logical operator not
right.
If you remember the logical operator or not and then I say S1 not unless it says true.
Correct because this will not do this but if I say why.
Because the actual way you are to small and the actual you're skeptical.
So this halo does not belong to the string because it is a sense.
But what if I see S2 10 s it is true.
Why.
Because S2 hello is a capital H and that is exactly that m s2.
If I say S2 oddness you will say sorry sorry it's false.
So you have membership operators out here.
All right.
The last operator that we're going to have a look is the identity OPERATOR OK.
The identity operator and the identity operator is called as is defined with the keyword is.
OK.
Is what exactly this does.
Let's say fighting is equal to 4 B's equal to 4.
Both of them have an ID of a.
And the idea of B.
As I explained to you in variables one of them are going to have the same ID.
Now you don't need to write the idea of an idea to check whether they both have the same right.
You can check it with this A is B and so on that say true correct and A is not B.
And if I say Enter it's false or not is now used often is in case of in.
You have to put the knot before the end is not B.
That's false.
OK.
And so both of them say that it's true.
Now let's consider a string or two and we say a string is there.
Hello.
And there's another string as one is also equal to hello OK.
Ideal is an ID ideal as one both of them are the same.
Correct S is s one.
No problem.
It's true.
Let's write a bigger word hello world and let's write a similarly bigger word which is exactly same
and then use is is.
S1 it says false.
Why.
Because the I don't have values or same idea of s an idea of S1.
They both are different objects all together.
Are the values same.
Yes how do we check if the values are the same value of s and value.
This one should be seen even though they have different references.
How do I check that I can check that with s equal to equal.
You want to check those values.
I will use the equal to equal to.
But to check back to check the references on the IDs I will do is hope this is very clear.
All the operators from the start at that medtech combatives in logical bitwise assignment membership
and identity.
These operators are going to be used quite a lot in our list of the costs.
Thank you.