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13 Nov 2019
1, for 2, 4x 5, for 2 ME#3 (4pts): Consider the function: f(x) = (a) (2pts) Find lim f(2 + h)-f(2) lim f(2 + h)-f (2) = lim f (2 + h)-f (2) = hâ0+ (b) (1pt) Use the results in part (a) to find hâ0 . (c) (1pt) Is f differentiable at # = 2? Explain why or why not? f' (2) = linn/12 + h)-f(2) = hâ0
1, for 2, 4x 5, for 2 ME#3 (4pts): Consider the function: f(x) = (a) (2pts) Find lim f(2 + h)-f(2) lim f(2 + h)-f (2) = lim f (2 + h)-f (2) = hâ0+ (b) (1pt) Use the results in part (a) to find hâ0 . (c) (1pt) Is f differentiable at # = 2? Explain why or why not? f' (2) = linn/12 + h)-f(2) = hâ0
Bunny GreenfelderLv2
16 Mar 2019