1B- Changing Quadratic forms

 $\left(2x-1\right)\left(3x+4\right)$  

Find the equivalent expression.  

•  $6x^2-5x-4$  

•  $6x^2+5x-4$  

•  $6x+11x+4$  

•  $6x+5x-4$  

•  $6x^2-11x-4$  

Change the quadratic equation from factored form to standard form:

(x + 3)(x - 2)

• x² + 6x + 5

• x² -5x + 6

• 6x²+ 6

• x² + x - 6

Change the quadratic equation from factored form to standard form:

(x + 6)(x +5)

• x² + 6x + 5

• x² +11x + 30

• x²+ 30x+11

• x² + x - 6

Change the quadratic equation from factored form to standard form:

(x - 2) (x+ 3)

• x² + 1x - 6

• x² +1x + 6

• x² - 1x - 6

• x² + 2x - 6

Change the quadratic equation from factored form to standard form:

(x - 3) ( x + 3)

• x² + 9

• x² +1x + 6

• x² - 9

• x² + 2x - 6

Change the quadratic equation from factored form to standard form:

(2x + 4) (2x + 9)

• $4x^2+36x+36$

• $4x^2+18x+36$
  

• $x^2+36x+36$
  

• $4x^2+18x+13$

Change the quadratic equation from factored form to standard form:

(3m + 5) (2m - 3)

•  $5m^2+19\ -\ 15$  
  

•  $6m^2+10m\ +15$  
  

•  $6m^2+1m-15$  
  

•  $5m^2+19m\ -\ 15$  
  

Change the quadratic equation from factored form to standard form:

(4p+5) (6p+8)

•  $24p^2+60p+40$ 
  

•  $24p^2+62p+40$  
  

•  $6p^2+62p+13$  
  

•  $5m^2+19m\ -\ 15$  
  

Change the quadratic equation from factored form to standard form:

(6a+1) (6a-1)

•  $12a+1$  

•  $12a^2-1$  

•  $36a^2-1$  

•  $12a^2+12a-2$  
  

Change the quadratic equation from factored form to standard form:

(4c - 2) (2c - 5)

•  $8c^2+24c+10$  

•  $8c^2+10$  

•  $8c^2-24c+10$  
  

•  $8c-24c+10$