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Hey, guys, what's up?



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So in last video, we discussed about global variables.



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So just like global variables, we can also make our Eddie Global.



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So what we will do, we will, right.



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And Eddie, globally, and let's say the size of global ad is 10.



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And then you can write in domain and then you can access, for example, it out of one question.



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See out.



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Eight out of five.



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So a lot of Israeli will be benter.



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And John.



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OK, so we can also create global.



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Any and we can access any like this.



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OK?



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So just like ridded and X equals 10 and we excessed here, X equals X equals 20.



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And then we have rendered the value of X.



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So just like global variables, we also have global eddys.



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OK, so let us.



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So what I will do now.



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I will write a code.



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And do you have to tell me what will be the correct output?



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So let's name this file as variable exercise.



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Variable, let's call it global variable exercise.



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Global variable.



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Exercise.



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Not CBB.



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So now I will write some code.



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And do you have to tell me?



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Correct output.



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So let us create a global variable.



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So X equals well and X equals 10.



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And I for and for I equals zero I.



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Less than five.



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A plus plus X equals.



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I see out X.



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OK, so so this is my computer code.



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You have to tell me what the leeway output.



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So what you can do is you can use a pen and paper and a bright and your code.



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OK, so you have to brighten this code on pen and paper and post the video.



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So.



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Let's see where really output.



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So it begs the question.



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So I'm writing out prettier, so initially X equals 10.



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OK, so X becomes well.



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So at lane number eight, come by level no choice error Y because compiler combined from top to bottom.



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And it knows that their line number four.



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There is a variable called X, so the value of exchange is to do.



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Now, I have created a little variable X and line number nine MEDCOM by level in our choice area, because



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this X is a local variable and this X is a global variable.



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So value of this X is then.



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OK, now allocated and other local variable called I.



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And now I am ideating I equals zero a less than five a plus plus.



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So X equals A.



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So vich X.



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Global and local.



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So local.



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Why?



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Because if I not right.



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Scope resolution operator then it will be treated as local variable.



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So local variable initially was 10.



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Now it is I which is zero.



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So see out X, which is zero.



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Then, so now I am bringing global variable, which is 20.



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Now, the value of I will be incremented, so X equals a one then.



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Then two, then again to all three.



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Well, for now, the value of I will become five equals five.



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And this loop will terminate.



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So I will reach line number 17.



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So you out really of Xs.



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So value of X is.



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So it is the value of X, the value of fixes for.



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So for every printer.



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So this X is a local variable.



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OK, so will your fixes for.



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And now I am incrementing the will of global variable by two, so it becomes 14.



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See outwardly of global eggs, so value of.



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Global X is 14 now see out.



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I so compiler will not give us error because headline number eleven I have declared my variable I and



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the scope of variability as between this and this.



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So it will not show us error.



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So what is the difference?



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What is there?



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Different thing that I do here is I used to write for error and I equals zero.



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I less than five.



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So if I write something like this then this I belong to for loop.



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So this I belongs to for loop and it Scorpio's this.



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But here I have written I.



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In main function.



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So my scope is this and this, so hard line number 22 may come by level, not show its error.



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And what is the value of I so value if I is five.



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How five?



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Because when the value of five becomes five.



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This loop got Terminator Savelli off.



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I use five.



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So this will be my output.



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OK, so let us see whether I have generated the correct output or not.



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So zero one, two, three four four 14, five zero one two, three, four four four.



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Dignon five.



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Okay.



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So zero, one, two, three, four, four, 14 and five.



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Okay.



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So I think I have generated the correct output.



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So if I have also generated this output, then congratulation.



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You have understood the topic very thoroughly.



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OK, guys.



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So this is it for this video.



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Thank you.