Answer:
1
Step-by-step explanation:
The maximum on the first interval is at x=0, where 2·0 +1 = 1.
The maximum on the second interval is near x=0, where the function value is near 0² +1 = 1.
The absolute maximum value of the function is 1.
<h3>Answer:</h3>
Rise: -4
Run: 3
<h3>Solution:</h3>
- The rise is how many units we move up or down.
- The run is how many units we move left or right.
- We move down 4 units, so the rise is -4.
- Then, we "run" 3 units, so the run is 3.
Hope it helps.
Do comment if you have any query.
Answer: Matrix B is non- invertible.
Step-by-step explanation:
A matrix is said to be be singular is its determinant is zero,
We know that if a matrix is singular then it is not invertible. (1)
Or if a matrix is invertible then it should be non-singular matrix. (2)
Given : A and B are n x n matrices from which A is invertible.
Then A must be non-singular matrix. ( from 2 )
If AB is singular.
Then either A is singular or B is singular but A is a non-singular matrix.
Then , matrix B should be a singular matrix. ( from 2 )
So Matrix B is non- invertible. ( from 1 )
Answer:
you plug in the numbers into the function
Step-by-step explanation
function 1 is blank 1 is 17
2) is 16 3) is 15 4) is 12 5) is 7 6) is 0 and so on
for function 2 blank 1 is 1
2) is 0 3) is -1 4) is -2 5) is -3 6) is -4 and so on
does that help?
