
The multiple zero is x = -4.
The multiplicity is 2 because there are two values of x.
You can add numbers mentally if there are zero's behind them.
I believe the answer would be $13,320.
Hope this helps ;}
Answer:
The zeros are:

- The function has three distinct real zeros.
Hence, option (B) is true.
Step-by-step explanation:
Given the expression

Let us determine the zeros of the function by putting h(x) = 0 and solving the expression

switch sides

as

so

Using the zero factor principle
so


Thus, the zeros are:

It is clear that there are three zeros and all the zeros are distinct real numbers.
Therefore,
- The function has three distinct real zeros.
Hence, option (B) is true.