Use binomial series to find

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Use the binomial series to find the Taylor series about 0 for the functionf(x) = (1 + x)−3/5, giving all terms up to the one
1. 0 answers
2. asked by s17
3. 559 views
Use binomial series to find the Taylor series about 0 for the function f(x)=(1+x)^-3/5 giving all terms up to the one in x^4.
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2. asked by Jay
3. 603 views
integral from 5 to 01/(4+x^2)^1/2 this is what i have so far 1/(sq.root(4+x^2)) as (1/2) (1+y)^-(1/2) with y=(x/2)^2 The
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2. asked by atif
3. 365 views
I need help understanding how the series of e derives into the exponential series using the binomial theorem.Here is a link to a
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2. asked by Jimmy
3. 512 views
1)Find the sum of the infinite geometric series: 1 + 3/5 + 9/25 + ..., if it exists.A)5/3 B)5/2 C)3/5 D)does not exist I chose B
1. 2 answers
2. asked by Jon
3. 1,116 views
Factor the given polynomials using difference of squares.Binomial: 9x^2 - 25 Binomial: 9 - 25x^2 Binomial: 4x^2 -36 Binomial:
1. 1 answer
2. 10 views
Answer the following:(A) Find the binomial probability P(x = 4), where n = 12 and p = 0.30. (B) Set up, without solving, the
1. 1 answer
2. asked by Jennifer
3. 874 views
Answer the following:(A) Find the binomial probability P(x = 5), where n = 12 and p = 0.70. (B) Set up, without solving, the
1. 2 answers
2. asked by Huffette
3. 2,369 views
In the binomial series from (a+b)^5, the powers of a decrease by 1 each term, and the powers of b increase by 1. If you carry on
1. 1 answer
2. asked by Julie
3. 395 views
A. find the binomial probability p(x=5) where n=14 and p=0.30.B. setup without solving the binomial probability p(x is at most
1. 1 answer
2. asked by melba
3. 667 views