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Hello and welcome to all of my students today we'll discuss basics part two regarding if statements

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in the previous lecture we have studied what are, if else, statements and also what if l if statements

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where we had several conditions in the same statement.

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Now is the time to expand our basic knowledge and to see much more examples and additional topics to

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dominate the statement topic.

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All right.

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So let's go straight ahead for the first topic and let's discuss logical operators or some of you might

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heard this term.

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This term exists in all programming languages.

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And in Python, they're the easiest.

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So you got that for you.

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It's the easiest on Python.

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And why is it easy?

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Let's see and let's begin and see.

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All right, so logical operators and Python are displayed really easy because they just as in plain

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English, in other programming languages, you use special characters to implement the logical operators,

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both right here in Python debut, as in simple English.

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In our lecture, we'll discuss only two of them.

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All right.

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So before beginning, I just want to, like, get a quick reminder that we have seen in the previous

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video, simple statement, for example, if it's bigger than a.

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Then print, for example.

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Brent.

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Success, right?

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But now we're going to have two conditions in the same if statement and let's see, how can we handle

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it with the help of these logical operators.

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So, for example, we have here is bigger than eight.

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And I'm going to write here and.

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All right, y equals no, let's do it.

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Why smaller than five.

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Right.

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So and right after we have here else and we have here, as always, the default accent point.

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Yeah.

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So what do we have here?

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Actually we have here the first condition, which is X larger than eight and Y small.

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Smaller than five.

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Right.

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So we have also the logical operator and here.

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And what that basically means is we need to sorry, we need two conditions to be true for the code under

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if statement to run.

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So so we could run this code.

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We need both this one and this one to run to be true.

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All right.

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So, for example, if we have like X equals 10, but why is also equals then.

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So this will not run because the condition says and this means that both this one and this one should

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be true in order for this go to run if one of these are false.

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So this gold won't run and the only thing we're going to have is default exit point.

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All right.

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So it's pretty easy.

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It basically means that both this one and this one should be true.

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But in our case, Y equals stands.

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So this one will be false and the output of this whole thing is going to be the default exit point.

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All right.

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So what if we'll have not or not and but will have and or here.

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All right.

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If we have the logical operator or right here, this means we need just one condition to be true for

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the code under if statement to run.

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All right.

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So what that means is this one is true, right.

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But this one is false.

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But it says or here the logical operator or and this means one thing only that it's enough for one condition

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to be true for this one, for example, for this code to run.

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So the output of this whole thing will be all right.

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Success because it's bigger than eight is true.

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So we're going to go with this flow of gold and not this one.

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All right.

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Pretty easy.

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So I actually showed you an example in the last seconds, but let's see another example just to make

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this like sit tighter in our brains, right.

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So we have here these variables.

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Eight can be five and C2.

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And let's see example.

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No example.

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No, it's not a number, for example.

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So A is bigger than B, A bigger and the B2.

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And then we have a smaller than C, a smaller than C is false.

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Right.

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But we have the all logical operator here and that means only one thing.

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This sentence will be printed because once we have the all logical operator, even though this is true.

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But this is false, right.

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This one is false.

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It doesn't matter because all logical operator says that it's enough for one of them to be true in order

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for the code under the IV to run.

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Right.

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But in the other hand, in this example right here where we have this same condition and we just saw

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that this one is true and this one is false, we have the logical operator and here and means that both

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of them should be true.

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And this is not happening right here because this one is false.

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So once we have this block of code, we're going to run.

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The code will run.

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None of them.

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True.

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All right.

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Because this one is false.

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And once you have the analogical operator, it's straight.

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It goes straight to the default exit point, which is else.

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All right.

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I think it's not really tough topic, because once you understood in the previous lecture, what are

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if statements like simply statements.

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So this is an extension for the basic knowledge.

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It's nothing special here.

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Just a small extension to the previous lecture.

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Stipek.

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All right, so from here, let's go to the next topic of this lecture.

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What is the difference between equals and double equals?

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All right.

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So as you might notice, one, when I started to writing the example here, I like the one that I raised.

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I wrote Equals Equals.

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And then I raised it.

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Because we're going to talk about this right now and explain the whole thing.

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All right.

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So what is the example between these two?

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All right.

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So it's very simple.

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We're already familiar with a single with a single equals mark, and we use the equals single equals

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mark to assign a value to a variable.

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For example, X equals five means X equals five.

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Surprise.

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Right.

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So this we already know, but we can't use it, for example, in an F and do like this.

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All right.

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We can't do this because Biton knows that the usage of a single F is to put a value inside a variable.

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And once you do this, he doesn't know what you want from him.

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He doesn't know what to do.

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All right.

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So for that python who invented Python and invented the double equals Mark.

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And once you apply it all right, once you apply the double double equals Mark.

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All right, when you use the double equals assigned to ask if two values are equal, OK, and what that

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means is usually it's used in the statements and for example, you have your eggs, double equals five

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means.

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Does X equals five.

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Right.

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Because if you use it in if.

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He goes like this, and what that means is if X equals five, then do something right here, right then

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do then if not, go to else.

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Right.

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So we already familiar with this guys, right?

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With this one and this one and both of these.

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Right.

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We're familiar with them.

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But now we also have the double equals Mark to use also a comparison for equals.

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Right.

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So.

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You can see the same example right here, and you can just put the value five inside X and then ask,

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does X equals five?

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All right.

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And then we have the code on the left and the cons are under the else, as we already know.

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All right.

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So you can see the difference here.

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Here is the statement here.

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It's the sort of question pretty easy.

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This is why it's very important to see you all the theoretical lectures, because if you just encounter

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it spontaneously in a cold or on way online somewhere, it looks like threatening because you're starting

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to see this sign and this sign and you starting to get confused.

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But once you break it down to two simple problems and you explain it for simple examples, so the material

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sits in your head tight, and then once you understand it, it's very, very easy.

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And the secret is examples in practice, as I always say.

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All right.

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So from here, we're going to now handle the last and I can say the difficult part, it's a little bit

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more difficult than the two topics we just discussed, but already familiar with the term nested.

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And we've seen it in dictionaries.

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We know what's in the dictionary.

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It's once we have cell inside a cell.

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So basically and if statements, the nested term is pretty much the same.

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Right.

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The nested means once you have something inside, something.

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Right.

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So we have seen many example of all examples of you statements.

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But what about having an if statement inside any statement?

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Right, any statements we can nest them one in another, meaning if some statement came up true, right?

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Only if it came up true, then go inside another if statement, which can also be true or false.

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So before looking at the sketch, this basically means that, for example, you see this example right

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here.

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So here we have Anif statement.

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And instead of just doing as some action such as this print in here, instead of this marked line,

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you just insert another if in the alse.

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All right, right here, instead of this line, you just insert another if and else.

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All right.

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So from here you can see the quick sketch.

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I think we should first go over the sketch, see the logic's and right after go over the example here,

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which explains it better.

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All right.

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So first of all, you just start the class or module.

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You just run it and then the cold encounters the first if statement.

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All right.

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And then your statement could be false and then the code under alse would run as always.

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As always.

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And once the statement comes up boolean true.

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You came up, you you get two additional F statement which which this one is the nasty statement.

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Right.

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This is the nested eve statement.

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And right here you can have either another false or true.

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And if you have a false here, so run the code inside Neston else.

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All right.

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And once this one is true.

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All right.

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Run the code inside nested if.

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All right.

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So once it's false, run nested else.

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And once it's through from the nested under the if.

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All right.

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Let's see a quick example for this sketch right here.

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So let's put one variable, which is H equals 30 and another string variable.

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Gender equals male.

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All right.

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So right here, we're running the code from top to bottom and the code sees this variable and this variable

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comes up with this if statement.

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And right after this, if you can have two options, you already can notice that this one is marked

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with blue and or gray.

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Yeah, it's blue.

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And this one also with blue means this is the parent if statement and this is the parent P&L statement.

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So right here we can have two options if this one is false or if the age is not bigger than 20, for

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example, it's ten like that.

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All right.

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The the is the age bigger than 20, for example, is the false.

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Then obviously, as always, we will go to the default import and print age is not bigger than in our

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case right here.

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Ten.

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All right, but No.

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20, still 20.

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All right, so if this one would be false, would run this cold, as we have already studied.

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Right.

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But once we put like 30 here, for example, and then 30, which is the age is bigger than 20, what

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will happen?

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What always happens, the cold under the if would run and what is the cold under the if all the chunk

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that I just marked, not just a single line, everything under the F would run.

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And as we know we go from top to bottom.

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So we covered this and this lot less line was true.

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And then we go inside one line deeper and right here we can see another if.

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Right.

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We can see another if you're if gender equals male.

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And this one, my friends, is a nested if.

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All right.

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You can forget about this line and forget about this line.

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That doesn't matter at this point.

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I'll need this great part.

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The inner nested part is Metters.

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Now, once we have passed this line, you are here.

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Only this thing matters.

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Now, right here we also ask us we also ask the code is gender equals male.

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In our case, gender equals male.

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Right.

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It's a true statement.

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So right here, this one is true.

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So what will happen?

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The code under the if as always, would run age is bigger than twenty and the gender is male.

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All right.

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So this would happen, and for example, if we have.

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Female here, yeah.

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Then again, we run into record and then we're going to run this one and then we're going to go here,

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and if gender equals the male, it's a false right, it's a false value because the gender equals female

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right now.

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So it's a false.

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So what will happen?

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Eventually, this gold will run and is bigger than 20, but gender is not male.

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All right.

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It's pretty easy.

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You have the first first statement right here.

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It could be false and it could be true.

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And if it's true, then the inner if statement could be false or it can be true.

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Right.

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It's a negative statement.

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Very necessary.

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From time to time, you could see that our progress is getting faster and we're learning some really

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cool stuff and are beginning to be deeper and deeper.

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And it's only makes me happy because each lecture that you study, you become more professional developers.

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And eventually we're going to combine all of these terms that we study and try to resolve assignments,

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all of them together, variables, collections, statements for loops in the future and all together

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as a symphony.

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All right.

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We're going to get to it.

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We were waiting for us a project by the end of the scores to use all of these terms all together.

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And once you can make it like play as a symphony, you can give yourself a medal of a developer ninja.

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And this is basically my goal.

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And once you get there, you can easily go to interviews and pass them, because once, you know, to

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code once you will practice all this practice that I'm giving you.

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And also we will be helping you with the final project.

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And once you build the final project, you can easily go to interviews and nothing that will ask you,

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you would not know.

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You can answer all the questions.

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Right, because if you practiced it, they're asking you asking you, for example, what's the difference

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between is a list and a dictionary is a dictionary and indexed how to build a nested if statements so

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you can shoot the answer answers real fast and show yourselves as professionals.

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All right.

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So end up in the next lecture will continue learning if statements more deeper and then we would have

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a practice part.

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I think that in the next video I will show you these examples, especially the nested if statements,

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how it works in the code.

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So you would get into our minds much easier.

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And that's about Rigi.

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So stay tuned and stay strong and we'll go through this together.

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I'm always here for you for questions.

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You can personal messaged me by email and I'm here for you.

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Also, you can visit my Facebook page, which is ninja developer, and ask questions over there and

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that's about it.

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I will see you in the next video.