14. Let f(x) = e² - e a. Find limo(eª - e¯¹)/x . x b. Use three-digit rounding arithmetic to evaluate ƒ(0.1) . c. Replace each exponential function with its third Maclaurin polynomial and repeat part (b).

Advanced Engineering Mathematics
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14. Let
f(x) =
e² - e
a. Find limo(eª - e¯¹)/x .
x
b. Use three-digit rounding arithmetic to evaluate ƒ(0.1) .
c. Replace each exponential function with its third
Maclaurin polynomial and repeat part (b).
d. The actual value is f(0.1) = 2.003335000 . Find the
relative error for the values obtained in parts (b) and (c).
Transcribed Image Text:14. Let f(x) = e² - e a. Find limo(eª - e¯¹)/x . x b. Use three-digit rounding arithmetic to evaluate ƒ(0.1) . c. Replace each exponential function with its third Maclaurin polynomial and repeat part (b). d. The actual value is f(0.1) = 2.003335000 . Find the relative error for the values obtained in parts (b) and (c).
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