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[CAS] Integrals
09-27-2017, 05:59 PM
Post: #4
RE: [CAS] Integrals
(09-27-2017 05:10 PM)parisse Wrote:  This is correct.

http://www.wolframalpha.com/input/?i=int...1+1%2Fx,dx
http://www.wolframalpha.com/input/?i=int...%2Fx%5E2dx

Wolfram claims those integrals don't converge. Parisse says that the integrals (results), are correct. Does that mean that for CAS purposes undef == infinity? If they are different, please explain. As the integral bounds includes 0, non-convergence occurs.

(I have a calc 1 student, in the family, and wasn't sure how to explain this).

-Dale-
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Messages In This Thread
[CAS] Integrals - DrD - 09-27-2017, 04:14 PM
RE: [CAS] Integrals - parisse - 09-27-2017, 05:10 PM
RE: [CAS] Integrals - DrD - 09-27-2017 05:59 PM
RE: [CAS] Integrals - Arno K - 09-27-2017, 05:11 PM
RE: [CAS] Integrals - Arno K - 09-27-2017, 06:51 PM
RE: [CAS] Integrals - DrD - 09-27-2017, 07:24 PM
RE: [CAS] Integrals - Arno K - 09-27-2017, 07:43 PM
RE: [CAS] Integrals - AlexFekken - 09-28-2017, 03:50 AM
RE: [CAS] Integrals - DrD - 09-28-2017, 11:15 AM
RE: [CAS] Integrals - AlexFekken - 09-28-2017, 11:33 PM
RE: [CAS] Integrals - DrD - 09-29-2017, 01:17 PM
RE: [CAS] Integrals - AlexFekken - 09-29-2017, 02:33 PM
RE: [CAS] Integrals - DrD - 09-29-2017, 05:10 PM
RE: [CAS] Integrals - parisse - 09-28-2017, 05:14 AM
RE: [CAS] Integrals - DrD - 09-28-2017, 11:09 AM
RE: [CAS] Integrals - parisse - 09-28-2017, 07:27 PM
RE: [CAS] Integrals - DrD - 09-28-2017, 09:24 PM



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