Factors Quadratics

So if  (x - 7)(x - 4) then the zeroes are...

• 7 and 4

• 7 and -4

• -7 and 4

• -7 and -4

Which statement is true for the function
x² + 13x + 22

• The zeroes are -2 and -11 because the factors are (x + 2)(x + 11)

• The zeroes are -2 and 11 because the factors are (x + 2)(x - 11)

• The zeroes are 2 and -11 because the factors are (x - 2)(x + 11)

• The zeroes are 2 and 11 because the factors are (x - 2)(x - 11)

Which statement is true for the function
x² - 5x - 24

• The zeroes are -3 and -8 because the factors are (x + 3)(x + 8)

• The zeroes are -3 and 8 because the factors are (x + 3)(x - 8)

• The zeroes are 3 and -8 because the factors are (x - 3)(x + 8)

• The zeroes are 3 and 8 because the factors are (x - 3)(x - 8)

Which statement is true for the function
x² - 16x + 60

• The zeroes are -6 and -10 because the factors are (x + 6)(x + 10)

• The zeroes are -6 and 10 because the factors are (x + 6)(x - 10)

• The zeroes are 6 and -10 because the factors are (x - 6)(x + 10)

• The zeroes are 6 and 10 because the factors are (x - 6)(x - 10)

So if  (x + 7)(x + 4) then the zeroes are...

• 7 and 4

• 7 and -4

• -7 and 4

• -7 and -4

So if  (x + 7)(x - 4) then the zeroes are...

• 7 and 4

• 7 and -4

• -7 and 4

• -7 and -4

So if  (x - 7)(x + 4) then the zeroes are...

• 7 and 4

• 7 and -4

• -7 and 4

• -7 and -4

Which statement is true for the function
x² + 4x - 45

• The zeroes are -5 and -9 because the factors are (x + 5)(x +9)

• The zeroes are -5 and 9 because the factors are (x + 5)(x - 9)

• The zeroes are 5 and -9 because the factors are (x - 5)(x + 9)

• The zeroes are 5 and 9 because the factors are (x - 5)(x - 9)

So if  (2x + 7)(3x + 4) then the zeroes are...

• 7/2 and 4/3

• 7/2 and -4/3

• -7/2 and 4/3

• -7/2 and -4/3

So if  (2x - 7)(3x - 4) then the zeroes are...

• 7/2 and 4/3

• 7/2 and -4/3

• -7/2 and 4/3

• -7/2 and -4/3