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Find the Linear Approximating Polynomial for the Function Centered at A

Question 3

Multiple Choice

Find the linear approximating polynomial for the function centered at a.
-f(x) = Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x - , a = 0


A) L(x) = Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x - x + Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x -
B) L(x) = - Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x - x + Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x -
C) L(x) = Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x - x - Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x -
D) L(x) = - Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x - x - Find the linear approximating polynomial for the function centered at a. -f(x) = , a = 0 A) L(x) = x + B) L(x) = - x + C) L(x) = x - D) L(x) = - x -

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