00:01
In the question we have given that the matrix a which is given as negative 1, negative 5, 8 as a 1 0, 0 as a 2nd row, then 3rd row contain the element 0, 1 and 4.
00:19
Also we have given the matrix b which is defined as the 1st row 0, 5, 3, then negative 1, 3 and 2.
00:29
Then we have given the matrix c is equals to 2 -1 -negative 1 -negative 1.
00:37
Also, the metric d is given as 2 -0 -negative 1, 3, then 1 and negative 2.
00:48
Now in this question we have to calculate the value of a times b transpose.
00:55
So from the given matrix we have the matrix a is negative.
00:59
1, 5, 8, 0, 0, 0, 0, 4.
01:06
Now we need to take the transpose of matrix d, that is, matrix b is given as 0, 5, 3, negative 1, 3, sorry, negative 1, 3, 2, transpose, that is we have negative 1, 5, 8, 0, 0 ,0, 0 ,000, negative 1 ,000, matrix a and b transpose can be written as 0, negative 1, 5, 3, 3 and 2.
01:37
We simplifying use the value of a times b transpose is equals to negative 1, 2, negative 3, negative to 17 and 11 which is a product of 2 matrix a times b transpose.
01:57
Now in the second part we have to calculate the value of 2 times d transpose minus 3.
02:06
So we take 2 times d transpose that is 0 to 0 negative 1 3 1 negative 2's transpose.
02:18
Simplifying it we get.
02:20
Sorry here we have to calculate 2 times d transpose minus 3 times b so minus 3 times we.
02:27
Matrix b is given as 0, 5, 3, negative 1, 3 and 2.
02:33
If we simplify it, we get 2 times b transpose, sorry d transpose it will be 2 negative 1, 1, 0, 3, 2...