Lecture 55: Learn to Generate a table of two in Python

Nafees AI Lab

This code defines a function multiplication_table_of_two that takes an integer limit as input. It then iterates from 1 to limit (inclusive) and prints the multiplication of 2 with each number in the loop. The output will be the multiplication table of 2, up to the specified limit (10 in this case), formatted as "2 x i = 2 * i".

Transcript

00:00We will generate a table, so we will give a solution to this challenge.

00:03And we will do this because we have nested for loop power,

00:08so we will generate 2, 3, 4, 5, 6, 7, 8, 9, 10.

00:12It's totally no problem for us now.

00:14We know that we need to use nested for loop.

00:18I will generate a list and let's say 2.

00:21And where do we generate a table?

00:24Let's say 10.

00:25I will generate a list and let's say 2.

00:28And we will generate an element.

00:31That is 1, 2, 3, 4, 5, 6, 7, 8, 9, 10.

00:36Like this.

00:37Okay.

00:38Now we can simply change this in a table.

00:42That is 2.

00:43The table is 1, 2, 2, 2, 2, 3, 4, 5, 6, and so on.

00:51This means I will nested for loop.

00:54For individual value of list 1, entire list 2 execute.

01:00Okay.

01:02For x in list 1, colon.

01:05For individual value, each individual value of list 1, entire list 2 run.

01:11To run, how should we use for?

01:12For y in list 2.

01:13Okay.

01:14And then what do we need to do this process?

01:15To run, how should we use for?

01:16For y in list 2.

01:17Okay.

01:18And then what do we need to do this process?

01:19What do we need to do?

01:20Now remember that we have x and y values available.

01:21So I simply multiply it by using print function.

01:23So I simply multiply it by using print function.

01:26Okay.

01:27x multiplied by y.

01:28However, if I print it by 2,

01:31then x divide by y.

01:32We have learned more about the string formatting.

01:34So we increase the aesthetic beauty.

01:37So I use f string.

01:39I will say x multiplied by y.

01:44The value is equal to this value.

01:49then this value

01:52okay

01:54yeah

01:56is equal to

01:57simple

01:57we have equal to

01:58assign

01:58just to make it more

02:00compact

02:00totally fine

02:02okay

02:03so let's execute

02:04and we run it

02:06and we say

02:07201 is equal to

02:082

02:08202 is equal to

02:094

02:096

02:10and so on

02:11interesting enough

02:13that

02:14we can extend

02:16the table

02:16this is

02:16extend

02:17this is

02:17now

02:19I will just

02:20element or

02:21add

02:212

02:213

02:224

02:235

02:236

02:237

02:238

02:249

02:269

02:26and then there is a 3

02:39table

02:40then there is a 4

02:41table

02:41and

02:42so

02:42on

02:43congratulations guys

02:46I have to

02:47mistake

02:47and I have to

02:48congratulate

02:48it is not

02:49congratulations

02:50you have written

02:52your first nested for loop

02:54code

02:56which you have to

02:57generate a table

02:58right

02:58cool

03:00so let's go here we have this lecture

03:01we have closed

03:02but before we go

03:05I have a little question

03:07I have to say

03:08this is 9 to the table

03:10generated this is 100 to the table

03:11scalability is very important

03:15never expect

03:16that you have a limited number of list

03:18which you have 1, 2, 3 and ABC item

03:20and you have to perform some code

03:22and you will get your job done

03:24life is not like this

03:25now if you have a list

03:28let's say 100 element list

03:30how do we do it

03:31so this is the range function

03:34which automatically

03:35will generate lists

03:36in the next lecture

03:39we will start with range

03:39in the next lecture

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