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It is we do we are discussing by at its implementation.

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That is a fundamental part of most programming languages.

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And it is the collection of elements of the same derivate as example, you can go for any of I.A.,

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any of strings and so on.

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So here we are having the mythos which will be operated on this at IS.

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And here we are having the respective functions and descriptions.

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So happened to add element to the end of the list, extend to extend all elements of a list.

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To add to the list, we're having this insert two in southern element.

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At the end of that index given.

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So remove to remove an element from the list sapol to remove elements return element at the given index.

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So that means in case a pop to remove elements and return that element which has been removed from that

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given index.

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We're having clear to remove all elements from the list.

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So the list will become empty.

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That will become empty.

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Next one is the next one is the index to return the index of the first masked element.

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So that is useful for the searching.

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When having this count to count the number of elements passed to an argument.

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So next one is a shot to short the elements in the ascending order by default.

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Next one is a divorce to reverse order elements in a list.

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So the order of elements, whatever will be there initially.

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That will be reversed in after an application of this divorce method.

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Next one is a copy to return a copy of the elements in l'Est.

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So these are the different methods and the respective functions we have discussed.

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So I think it would be better if you go for a demonstration.

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There will be executing our python codes to show you that how this edit can be used in our Python programming.

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It is our fundamental part of most programming languages and it is the collection of elements of a single

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data type.

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And as example, you can consider adding office elements like string adding of integers, ADR float

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and so on.

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How?

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But in Python there is no native added data structure.

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So you use Python least instead of an eddy.

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But if you want to create a real at a real Addie's in about Python, we need two used up PIs, Eddie.

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That is a data structure.

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We are having a number num pi model.

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So for mathematical problems, non-pay at it would be more efficient.

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So unlike at IS, a single list can store elements of any data types and does everything and add it

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does.

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So we can store an integer, a flawed and a string instead of the insta inside the simplest.

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So it is more flexible to work with.

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So let us go for what they added descriptions and the detailing about this add handling.

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And Aquiles, we are going to discuss how to create one A in about Biton.

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So here you have defined one Eddie so definition and declaring NRD.

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So these are the setup elements.

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It is having and print Hayata so it will produce output like this one.

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So now if I want to access our EDDI elements, we can use the index.

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The first element we have to index Zillo so aira zero will print 10, airat one will print 20 here.

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So we are at two, will print thirty here.

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And here you are having this a R minus one.

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That means the last element will be printed.

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That is our 50.

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But having this error minus two.

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So that is minus one.

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It is my minus two.

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So 40 will get printed.

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So here we are using negative indexing.

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So now let us go for another edit here.

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So here all dismembers, all this add elements are of the type string.

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So if we print these brands, we are getting the output like this one.

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So finding the length of the edit, we are having the method that is the inbuilt method that is our

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line here.

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So Lynn brands.

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So to print it to return five year because we are having one, two, three, four, five elements.

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So if you print a number of brands, we are getting here five as Upwood.

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We could also add some element using that method append.

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So brands start apon Intel.

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So if we go on printing brands, I'm getting this intel as a last element which has got appended to

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the existing it.

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That is of a Brant's.

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So know how to remove elements from an eddy.

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So to remove elements where having the method like remove we are having the method like pop.

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So here you can find that we are having this colors.

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It is different there.

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So let me bring the colors here.

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So when for preened.

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Colors.

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OK.

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So now if I print this colors this particular area, we're getting the outcome like this one.

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So that is a there's a colors I printed.

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So now if you go for this dale colored for if you go for this dale color for then after reviewing this

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dale color for if I print that outcome will be this one.

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So that is a colorful means.

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We're having the zero one, two, three, four.

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So yellow will get deleted because here we have mentioned the index as four.

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So now we are having this colors dot remove blue.

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So here I'm just mentioning directly their respective date items.

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So here we are mentioning that the date items, so that is of a blue to blue is the member of this particular

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Eddie.

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So blue is going to get deleted.

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So you can find that the blue has got deleted here.

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So now we are having this colors pop three.

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So now he had were mentioning that radically, the index we are mentioning.

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So you can find here.

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There is zero.

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One, two, three.

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So orange, you'll get deleted.

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And in this way, I'm getting there is reduced number of elements of this, Eddie, getting printed

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using print colors.

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So in this way, we can remove items from foreman Eddie.

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So now we are going for this modifying elements of an Eddie using indexing.

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So fruits, apple, banana, mango, grapes and orange.

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And having this one.

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So fruits one.

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So I'm just assigning pineapple to that.

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Now what is outcome?

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So let me go for the print.

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So, no, let me go for the execution.

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You can find that at first, this particular.

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And he has got printed now fruits one one minced zero one.

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So Banana will be the Best Buy pineapple.

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So he really does get replaced.

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Now, fruits minus one, minus one means the orange is the last one will get replaced by this guava.

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So we are getting the updated content of this added fruits.

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So now we are going for the concatenation of two.

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Add is using the plass operator.

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So concat is a goal.

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Two, one, two, three.

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And then concat.

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Plus four, five, six.

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So now you're going to print on concat.

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So Nowotny Pinkel for the printing head also.

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So if I go on executing, we can find that at first we having this one, two, three.

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And then after concatenation, I'm getting this one, two, three.

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Why?

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Because I didn't assign this concat.

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I didn't assign this this concatenated items in the into.

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That is available.

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So not let.

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Let us write this one.

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So let me do some changes here.

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So now if I execute, I can find that.

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So now this concat has got abetted by concat plus four, five, six.

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So this blast is actually denoting the operator to do the concatenation between two.

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It is.

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So now when you are printing this concatenated at eight, we're getting this one, two, three, four,

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five, six.

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So now we are going for the repeating elements in an array.

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So let us go for this.

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Repeat A and then repeat is Ziegel to repeat, start five and then print repeat.

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So now what is the outcome?

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We can go for this print.

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So just executing the same.

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So, Atlas, is there a next time repeat?

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Is the goal to rebuild Star five so this A has got repeated four five times.

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OK, so now we are having this bear, this fruits.

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So we're having the set of elements are the.

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So if I go on executing this, so at first we're getting this fruits.

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This particular area has got printed.

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Now print fruits.

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One colon for all of us.

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Remember, the starting index will be inclusive and the ending index will be all as exclusive.

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So that is the index number.

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Gedo index number one is this one.

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So one, two, three.

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So I'm expecting Benan, a mango and a grape should get printed.

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Is the airport printed accordingly?

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Here, the starting index is missing.

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So will because it will be considered a zero.

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So from Apple.

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So three Mincy to put it up to the index number two, because three will be exclusive.

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So zero one two.

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So Apple, Banana and Mengel should get extracted and should get printed.

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Apple, banana, mango have got printed.

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So now to start from this minus four, it is start from this minus four.

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So minus one.

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Minus two.

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Minus three.

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And here we are having this minus four.

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And the ending index has not been mentioned.

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So it will go printing up to the last elements of banana, mango, grip's and orange.

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They have what printed.

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So here you are having this minus minus three, two, minus one.

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So minus one.

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Minus two.

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Minus three.

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I'm getting here.

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Mengel and minus one will be all is exclusive because it is the stop index.

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So that's why it'll print up to minus two.

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That is of a grip's.

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So in this way we can have the slicing often, Eddie.

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OK, so now we're going for the next one.

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So here we're going to have our Mike Dee Dimensional Eddie.

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So it goes on multi-dimensional, Larry, you can find that where it be a defining one.

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Eddie.

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So he had the first element is another Eddie that is gone consisting of one and two.

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The second element is also is another Eddie consisting of three and four and so on.

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So if you go on print this multidimensional edit, you are getting the outcome like this.

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But if you bring this multidimensional zero, that means this one to this one to this ad, it will get

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printed accordingly.

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Three minutes zero.

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One, two, three, four.

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The Simenon eight will get printed.

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So multidimensional at eight to come out one.

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So two.

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And one.

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They are included within the square brackets individually.

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So two means zero.

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One, two.

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So two means this one and one means zero one.

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So six will get printed.

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00:10:19,110 --> 00:10:20,700
Similarly for three comma zero.

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So it goes up three Angelo.

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They are individually enclosed within the square brackets.

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So zero.

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One, two, three.

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That means this particular element.

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And it's a 081.

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So seven will get printed here.

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So in this way, you have shown you that how to handle ADD is in about Python programming with demonstration,

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an example.

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Thanks for watching this video.