20 POINTS 20 POINTS Each of these equations represents the same function written in different forms.

Standard Form: f(x)=x2−10x+24
Factored Form: f(x)=(x−4)(x−6)
Vertex Form: f(x)=(x−5)2−1

The zeros of a function are the values of x for which the function is equal to zero. Which form of the equation makes it easiest to see the zeros of the function?

CLEAR CHECK

f(x)=x2−10x+24, because the constant term shows the zero of the function.

f(x)=(x−4)(x−6), because you can see when each factor is equal to zero.

f(x)=(x−5)2−1, because you can see when the squared expression is equal to zero.

None of these forms, because you can only see the zeros of a function by graphing it.

Factor form of the equation makes it easiest to see the zeros of the function.

Step-by-step explanation:

f(x)=(x−4)(x−6), because you can see when each factor is equal to zero.

Just equate the factor with zero and you will get its zeros.

f(x)=(x−4)(x−6)

Let f(x)= 0

Therefore

(x−4)(x−6) = 0

Therefore

(x−4) = or (x−6)= 0

Therefore, x = 4 or x = 6

Hence, 4 and 6 are the zeros of the given function.

your answer is 23/2 - 13.5

step-by-step explanation:

7/2 evaluates to

multiply x and 4.5

multiply x and 1

the x just gets copied along.

the answer is x

x

4.5*x evaluates to 4.5x

multiply 3 and 4.5x

multiply 1 and x

the x just gets copied along.

x

4.5*x*3 evaluates to 13.5x

7/2-4.5*x*3 evaluates to

  + 8 =

the answer is

7/2-4.5*x*3+8 evaluates to