What Method of Integration is this?
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We've just started Methods in Calculus in Further Maths but are yet to start it in Maths. I'm just wondering what method of Integration is used to get this integral:
Last edited by Afrrcyn; 1 month ago
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#2
(Original post by Afrrcyn)
We've just started Methods in Calculus in Further Maths but are yet to start it in Maths. I'm just wondering what method of Integration is used to get this integral:
We've just started Methods in Calculus in Further Maths but are yet to start it in Maths. I'm just wondering what method of Integration is used to get this integral:
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(Original post by mqb2766)
It's just seeing what happens when the upper limit goes to infinity.
It's just seeing what happens when the upper limit goes to infinity.
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#4
(Original post by Afrrcyn)
Below the red line, they've integrated it?
Below the red line, they've integrated it?
Then consider the upper limit going to infinity. Does it converge/is it finite.
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(Original post by mqb2766)
Yes, that's the indefinite integral.
Then consider the upper limit going to infinity. Does it converge/is it finite.
Yes, that's the indefinite integral.
Then consider the upper limit going to infinity. Does it converge/is it finite.
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#6
(Original post by Afrrcyn)
Sorry my fault, I don't think I've been clear, how would I integrate that? 1 / x^a when x != 1
Sorry my fault, I don't think I've been clear, how would I integrate that? 1 / x^a when x != 1
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(Original post by DFranklin)
1/x^a = x^-a. You should know how to integrate x to a power (other than x^-1).
1/x^a = x^-a. You should know how to integrate x to a power (other than x^-1).

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