Mathematics, 27.01.2020 20:31 hardwick744
Find the taylor series for f(x) centered at the given value of a. [assume that f has a power series expansion. do not show that rn(x) β 0.] f(x) = x4 β 2x2 + 1, a = 2 β f n(2) n! (x β 2)n n = 0 = 24 + 9(x β 2) + 22(x β 2)2 + 8(x β 2)3 + (x β 2)4 β f n(2) n! (x β 2)n n = 0 = β9 + 24(x β 2) + 22(x β 2)2 + 8(x β 2)3 + (x β 2)4 β f n(2) n! (x β 2)n n = 0 = 24 + 9(x β 2) + 8(x β 2)2 + 22(x β 2)3 + (x β 2)4 β f n(2) n! (x β 2)n n = 0 = 9 + 24(x β 2) + 22(x β 2)2 + 8(x β 2)3 + (x β 2)4 β f n(2) n! (x β 2)n n = 0 = 9 + 24(x β 2) + 8(x β 2)2 + 22(x β 2)3 + (x β 2)4
Answers: 2
Mathematics, 21.06.2019 18:30
Do some research and find a city that has experienced population growth. determine its population on january 1st of a certain year. write an exponential function to represent the cityβs population, y, based on the number of years that pass, x after a period of exponential growth. describe the variables and numbers that you used in your equation.
Answers: 3
Mathematics, 21.06.2019 22:30
Given that y varies directly to the square root of (x + 1), and that y = 1 when x = 8,(a)express y in terms of .x,(b)find the value of y when x = 3,(c)find the value of x when y = 5.
Answers: 1
Find the taylor series for f(x) centered at the given value of a. [assume that f has a power series...
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