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Find the Taylor Polynomial of Degree 3 for the Function $\pi$

Question 126

Multiple Choice

Find the Taylor polynomial of degree 3 for the function f(x) = $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ cos(x/4) in powers of x - $\pi$ .

A) 1 - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ (x - $\pi$ ) - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$
B) 1 - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ (x - $\pi$ ) + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$
C) 1 - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ (x - $\pi$ ) - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$
D) 1 - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ (x - $\pi$ ) + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ - $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$
E) 1 + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ (x - $\pi$ ) + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ + $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$ $Find the Taylor polynomial of degree 3 for the function f(x) = cos(x/4) in powers of x - \pi . A) 1 - (x - \pi ) - + B) 1 - (x - \pi ) + - C) 1 - (x - \pi ) - + D) 1 - (x - \pi ) + - E) 1 + (x - \pi ) + +$