Author: Anonymous

Find all real and imaginary solutions to the equation.m4 – 13m2 + 42 = 0

Use the analysis list below to sketch the graph of the function. Show Work. a) Vertical Asymptote(s) b) Horizontal/Oblique Asymptote c) y-intercept d) x-intercept(s) f(x) =

Find all real and imaginary solutions to the equation.m4 – 13m2 + 42 = 0

Use synthetic division to find the quotient and remainder when the first polynomial is divided by the second.x2 – 2x + 5, x – 7

Use the analysis list below to sketch the graph of the function. Show Work. a) Vertical Asymptote(s) b) Horizontal/Oblique Asymptote c) y-intercept d) x-intercept(s) f(x) =

Find all real and imaginary solutions to the equation.y4 – 4y2 – 21 = 0

Use the analysis list below to sketch the graph of the function. Show Work. a) Vertical Asymptote(s) b) Horizontal/Oblique Asymptote c) y-intercept d) x-intercept(s)f(x) =

Use the rational zero theorem to find all possible rational zeros for the polynomial function.P(x) = 2×3 + 8×2 + 9x – 8

Benjamin retained a paralegal to dispute a Part II charge. The paralegal forgot about the court date. Benjamin was deemed not to dispute the charges and was convicted in his absence. How many days does Benjamin have to request a reopening?

Benjamin retained a paralegal to dispute a Part II charge. The paralegal forgot about the court date. Benjamin was deemed not to dispute the charges and was convicted in his absence. How many days does Benjamin have to request a reopening?