Completing the Square

Given the quadratic function $$f\left(x\right)=x^2-14x-36$$ what would the equation look like after converting it into a perfect square?

Lori is completing the square to solve the quadratic equation. Which equation is the result of correctly completing the square?​

When solving the following by completing the square, $$x^2-4x+4=20$$ , what goes after the $$x$$ in the parenthesis? $$\left(x\ \ \ \ \ \ \right)^2=16$$ ​ (a)  

When completing the square, what would the factored side of the equation look like for this problem? Hint: it should be in the form of ( )²

$$x^2-22x-71=0$$

Lori is completing the square to solve the quadratic equation. Which equation is the result of correctly completing the square?​

When solving the following by completing the square, $$x^2-4x+4=20$$ , what goes after the $$x$$ in the parenthesis?

Given the quadratic function $$f\left(x\right)=x^2-14x-36$$ what would the equation look like after converting it into a perfect square?

Find the value of "c" that completes the square. Then rewrite the trinomial as a perfect square.

Find the value of "c" that completes the square.