Baldi's Math Quiz: 29: Quadratic Equations

Completed Squares: Solve for u in the equation $$\left(u-3\right)^2=900$$ .

(a)  

Completed Squares: The answers to $$\left(x+\frac{11}{5}\right)^2=\frac{448}{25}$$ for x are $$\frac{1}{5}(−11−\sqrt[8]{7})$$ or $$\frac{1}{5}(\sqrt[8]{7}−11)$$ .

Completed Squares: What are all the values of x such that $$\left(x-\frac{11}{10}\right)^2=\frac{1280}{169}$$ ?

(a)  

Integer Solutions: Solve for x: $$x^2-9\ x+18=0$$

(a)  

Integer Solutions: Solve for q in the equation $$9\ q^2-36\ q-288=0$$ .

(a)  

Integer Solutions: Calculate all the values of x such that $$14\ x^2+28\ x-3570=0$$ .

(a)  

Difference Of Squares: Solve for x: $$x^2-15=0$$

(a)  

Difference Of Squares: Solve $$7\ x^2-7=0$$ for x.

(a)  

Difference Of Squares: Find the values of x such that $$7\ x^2-12=0$$ .

(a)  

Complex Number Solutions: Solve for y: $$4\ y^2-48\ y+180=0$$

(a)