So now let's talk about the operators.
So these operators perform the action on that variable content, addition, subtraction, etc., so
that's going to find a variable here is equal to and and that's different.
Another variable dollar B B equals 220.
So now we can add some values to this.
Word was used in this press operator that is the operator considerably plus.
Now discuss the particular.
But if you like the dollar, the value will be because we are adding the, uh, value of that extent
and quality and we are not storing it in a dollar variable.
So what we want to do is we want to say it is equal to the year plus 20 now instead of the start of
the year.
The value which is will placed here and the result will be performance and accountability will be assigned
to this variable.
Now, if you said already, it will be 30.
So there is a shorthand notation for this.
You can check dollar is equal to 10.
So you can also say that the price is equal to 20.
So what this means is equal should already oppressed.
So this is the this shot her.
So the shorthand notation for this is equal opportunity, so you can also set prices equal to 20, so
it simply expands this one.
So, uh, we don't know, let's bring this already.
And it's very static.
So in the same way, you can do the subtraction also, uh, at the very start to, uh, let's get out
of here is equal to minus five sorority girls.
So let's clear the screen.
So, yeah.
So there is value in variable has to define.
So you can just start yet minuses to fight now to determine its fate, which is currently considering
the value, which is not in the same way you could do the division and multiplication, also consider
it is in state is equal to etc. So
you'll get that order.
So this is the shorthand tradition.
You can also expand like story to tell.
So there is also a division operator.
Let's go ahead and the word button.
So you'll get that as a reminder if you want to.
The question, all you need to say is you need to put the percentage stands for a reminder.
So upon 200 of our digital this county and the remainder zero.
So this is model or you will get only that reminder.
So these are the four basic operations.
You can do the operation, multiplication and division.
And also the reminder is not an operation, it's just an operation with a different result.
So this is the basic arithmetic operations.
So let's see the reason operations.
So these relational operators perform on who are more values to where and with how the how these two
areas are rated, et cetera.
Yeah.
And we have the two values in two hundred and twenty.
No, I want to show you one more thing.
That is, uh, that variable which you have seen in the previous videos and now there is will be proof.
Yes.
You can see here there is a variable called which transfer.
Uh, true.
This is the Boolean, uh, brilliant data type.
So there are only two types in the true or false.
The variable can help only to verify the true false.
Here in this partial, it has already some system where that is true.
And also there will be a forest so far as follows.
So you can access this using data to get the value through and us and you'll get the files so you can
compare some variables and you can check whether those conditions are true or not.
So let's go ahead and do that.
Now, let me bring the two variables.
Uh, values.
Two hundred twenty.
Right.
Let's so let's just for clarification.
Let's bring those variables so we have two hundred and twenty and so that's it.
Yeah.
So whether I want to check whether you variable is greater than or equal to beat so I need to see you
uh put the hyphen and greater than so distance or greater than Darbie.
Now this returns, whether true or false, if he is greater than B is true, that it rings true unless
it's false.
So let's go on this.
You can see true because two hundred is greater than forty.
Right.
So the RBA is greater than the sum is greater.
So if you can also compare with greater than are equal to using E d greater than or equal to one as
you can see.
True.
Now you can modify these values and check uh put.
They put, they were used to twenty and then a sudden you get the uh because equal and change changes
value to nineteen and you'll get the first so that I let you live up to four exercises, the values
and put into the true of us.
So now I can say less than less than adequate.
So because false plus 200 is greater then and you can also say only less then.
So and you can also verify equal to so other if its value is equal to two hundred or not.
It's true because if I use two hundred let's say to not one now it says for us because it's two hundred
now you can say not equal to using any, not any chance or not equal to the see true because it's values
200 not to not one.
So these are the relational apparatus greater than greater than equal to less than an equal to not equal
to.
So you can combine multiple comparisons using the, uh, logical apparatus.
The lower end are, uh, not um, let's say, uh, the first uh, you can also compare like this, I
forgot to tell you equal.
So all of you, well, you must be one if I say is close to one, then if you compare it to it will
be true because in computers one is four true when comparing and zero is four when comparing.
And since use is one, if you compare with the true, this will become true.
And if I say it is equal to zero, then if I compare it true, that will become false.
Because, uh, Geto is, uh, indicator as a false comparison takes place.
So that is you can also compare it to are false soreheads.
Darayya Darbie, which print these, uh, variables values is equal to thirty.
All right.
Now we have to be and continually be and contain certain point.
So let's combine these, uh, operators' operators year, uh, equal to Darbie.
Right, which is for us now, we can see a logical end and order here.
Not easy calls to, let's say, greater than Narangba, so now what you're going to do.
First, we are comparing this one.
It is equally to be or not.
So, no, they are different.
So for us now, then we are going to evaluate this expression, not any greater than Beeton, which
is true so far and true it used to.
First, we got to take a logic that we can take the table and if any one of the expression becomes false,
then and end the table will be false and then they will to be true.
Both expression should be true to argue the false.
So I need to put the brackets.
Think so.
So we have so we need to put the hyphen here.
I just forgot this one.
So now let's execute this one because it is and see the first let's start our derby.
Now, let me explain what happened here.
Dorottya is 30 and 20, not as equals two.
So they're not equal.
Right.
So we have got that for us.
And greater than true, false and true.
It is too far.
She can see the two of there and get you get the for us.
And that's it.
These are.
So are get really hard, it will only be followed whenever both executions are on the left and the right
answer.
If any of the expression is true, the whole expression will be true.
So you can see the truth here and you can also say not.
And it's excuse you, oh, sorry, I think we cannot compare the Norwegians, uh, Religare, and then
we can apply a whole lot to this expression.
All right, OK, so first, I think it's not not happening only to this refinancing, so let's put the
brackets, think it will work.
So as you can see, no, not has been applied to your expression, so you need to separate them with
the brackets.
So that's all for this video.
I hope you have understood these operators and these are very helpful for checking the conditions and
looping over the, uh, in the for loops, etc..
So.