Which of the following is equivalent to $\cfrac{5{x^3} - 4x^2 + 5}{x-{4}}$ ?
A. $5x^2 + {16}x + {64} + \cfrac{261}{x-{4}}$
B. $5x^2 + {16}x + \cfrac{69}{x-{4}}$
C. $5x^2 - {24}x - {96} - \cfrac{389}{x-{4}}$
D. $5x^2 - {24}x - \cfrac{101}{x-{4}}$
E. $5x^2 - {24}x + {96} + \cfrac{101}{x-{4}}$
No Solution StepsA. $5x^2 + {16}x + {64} + \cfrac{261}{x-{4}}$
B. $5x^2 + {16}x + \cfrac{69}{x-{4}}$
C. $5x^2 - {24}x - {96} - \cfrac{389}{x-{4}}$
D. $5x^2 - {24}x - \cfrac{101}{x-{4}}$
E. $5x^2 - {24}x + {96} + \cfrac{101}{x-{4}}$
