Zero Product Principle - Page 4
Questions
- How do you solve #(x-2)(x-5)=0#?
- How do you factor and solve #b^2-\frac{5}{3b}=0#?
- #P(x) = ax^3 +bx^2 + cx + d# is divided by #(x+2)#, the remainder is -5. Find a possible set of the constants, a, b, c and d ?
- How do you solve by factoring #n^2+ 2n -24 =0#?
- How do you solve #2x^3-8x=0# by factoring?
- How do you solve #x^2 – 9x = -20# by factoring?
- How do you find the zeros by rewriting the function #y=2x^2-26x+24# in intercept form?
- How do you solve #x^2-3x = 28# by factoring?
- How do you solve the equation #(x- 10)(x+ 5)= 0#?
- How do you solve #(x+3)(x-6)=0#?
- How do you solve #8b^2-12b=0#?
- How do you solve #(x+2)^2-(x-3)^2=35#?
- How do you use the zero product property to solve #(x-5)(2x+7)(3x-4)=0#?
- How do you solve #x^2+12x=-32#?
- How do you solve the equation #2x^2+3x-2=0#?
- If the factors of a polynomial are x-5 and x+2, what values of x make that polynomial 0?
- How do you solve by factoring and using the principle of zero products: #64v^2=36#?
- How do you solve #4y^2-9/16=0#?
- How do you find the zeros by rewriting the function #y=x^2-10x+24# in intercept form?
- How do you solve #2x(x-7)(x+4)=0#?