Yes, the result is a 3x3 matrix
(3x2)+5=11
10x3 + 3x2
That's commutative ... 3x2 = 2x3.
3x2 2x3 1x2x3 2x1x3 3x1x2 1x2x3
The commutative property of multiplication states that changing the order of numbers does not change the result or it's value. For example: If 3+2=5 Then 2+3=5 In multiplication: If 3x2=6 Then 2x3=6 There for 3x2=2x3
(2x3)+(3x5)-(3x2)= 2x3=6 3x5=15 3x2=6 So..... 6x25-6= 6x25=150 150+6=156
2x3=3x2
6= 3x2 2x3
(3x2)+5=11
2x² − 7x + 5
10x3 + 3x2
That's commutative ... 3x2 = 2x3.
3x2 2x3 1x2x3 2x1x3 3x1x2 1x2x3
No, you cannot add a 1x3 matrix to a 3x2 matrix because the two matrices have different dimensions. For matrix addition to be valid, both matrices must have the same dimensions. In this case, a 1x3 matrix has one row and three columns, while a 3x2 matrix has three rows and two columns, making them incompatible for addition.
(x3 - 3x2 + 4x - 7) - (2x3 + x2 - 3x - 5)
1, 2, 3, and 6 1x6 2x3 3x2 6x1
x2 • (5x2 + x + 8)