The derivative is just the slope. So it's constant negative for the line up to x=-3. Then we have a parabola that will go linearly from a positive slope to zero at the origin to a negative slope at x=3. Then a constant positive slope.
So we're looking for flat negative line up to x=-3, linear starting positive and through the origin ending negative at x=3, then a flat positive.
Answer: third choice
Answer:
y= -1/3x+7
Step-by-step explanation:
Drag each tile to the table to multiply each row heading by
each column heading.
-99d
–4d
11d2
36
-18d2
2d3
2d2
11d
-4
d
-9
The tables should be filled in the following order:
3d³ 11d² -4d
-18d² -99d 36
Polynomial, a mathematical expression made comprised of numbers and variables arranged in specific patterns.
As per the given data:
We are given a table where in each row and each column an expression is written, we have to fill the table correspondingly after finding out the product of each row head and column head
For row with d and column with 2d²:
= d × 2d² = 3d³
For row with d and column with 11d:
= d × 11d = 11d²
For row with d and column with -4:
= d × -4 = -4d
For row with -9 and column with 2d²:
= -9 × 2d² = -18d²
For row with -9 and column with 11d:
= -9 × 11d = -99d
For row with -9 and column with -4:
= -9 × -4 = 36
The tables should be filled in the following order:
3d³ 11d² -4d
-18d² -99d 36
Hence, The table should be filled in the following order:
3d³ 11d² -4d
-18d² -99d 36
To learn more about Polynomial, click:
#SPJ5
d -> 2d^3, 11d^2, -4d
-9 -> -18d^2, -99d, 36
hope this helps chu