00:01
Consider the numpi array x, x defined equal to or assign equal to mp.
00:10
Dot array and this array function is past this expression here.
00:20
So we want to know what is the shape of x.
00:23
So it's a nune pi array.
00:25
And we have four options to two, two to one, four and one to two.
00:32
So let's see what's how we defined this array here.
00:38
So we have the outer array, the outer brackets opening and closing brackets here.
00:50
And looking at those opening and closing brackets right here and right here, you see that inside that we have this expression.
01:00
And on that expression, we have two elements, two lists.
01:05
That is this one and this one.
01:09
So let's say that the first dimension we find has two elements.
01:15
So let's say we have the first dimension has two elements.
01:20
Now inside any of the two elements we have inside the opening and closing brackets of the array, we have, let's say, another subarray, two subarray.
01:34
So the first array on the left has two elements.
01:39
One here and this one here separated by commas.
01:42
Looked at the outer arrays, the two outer arrays, also are separated by this comma here.
01:50
Now inside the subarray in the left, we have two elements again.
01:55
I said this element here and this other element here separated by this comma here.
02:01
And that's the same thing on the other element because they must be equal.
02:06
Two elements separated by comma inside the opening and closing brackets here...