Which of the following is equivalent to $\cfrac{2{x^3} - 5x^2 + 1}{x-{4}}$ ?

A. $2x^2 + {3}x + {12} + \cfrac{49}{x-{4}}$

B. $2x^2 + {3}x + \cfrac{13}{x-{4}}$

C. $2x^2 - {13}x - {52} - \cfrac{209}{x-{4}}$

D. $2x^2 - {13}x - \cfrac{53}{x-{4}}$

E. $2x^2 - {13}x + {52} + \cfrac{53}{x-{4}}$

A. $2x^2 + {3}x + {12} + \cfrac{49}{x-{4}}$

B. $2x^2 + {3}x + \cfrac{13}{x-{4}}$

C. $2x^2 - {13}x - {52} - \cfrac{209}{x-{4}}$

D. $2x^2 - {13}x - \cfrac{53}{x-{4}}$

E. $2x^2 - {13}x + {52} + \cfrac{53}{x-{4}}$

*No Solution Steps*