I will come back in this lecture, we will learn new data type called volume data type.
This data type can be one of two values, true or false truths, capital T and false with Capital F..
But the question here, why we use Bodleian, that type in Python programming, the answer to this question
is that billions are used to check the trust value that are associated with the logic branch of mathematics,
which informs the algorithms and computer science at called Bolian with a capital B. And it's named
for the mathematician George Boole.
Many operations in math gave us answers that evaluate as true or false.
These operations are, as the following, greater than two hundred.
More than one hundred and fifty.
And click, enter and shift or shift and enter.
We will get through all we get through.
And two, more than three.
And shift and enter, we get false, let them.
And as an operator, we will use to less than five and valuated by Scheft and enter.
It return through.
Three, less than one, it will return false.
As three, not less than one.
Biologic.
Equality to check the equality, we will use double equal signs, so one equal sign for variable declaration
or assignment and to equal signs to check the equality.
So six, equal, equal or equal, six is true to an equal, equal or equal, 10 asphalt's.
And like we did with numbers, we can store Napoléon value in a variable as the following my underscore
bool equal five more than seven.
Then we will use the python print function to print my at the following.
Brent, between two entities, my underscore, Paul.
And we will get after running this line of good falls.
Since sex is not more than seven at this moment, we reach the end of this lecture hall, we enjoyed
this lecture and you get all of that.
Thanks for being here.
Thanks for watching.
See you next lecture.