do you allow integration by parts?
Can anyone help me integrate sec^3(x) without using the reduction formula?
2018 HSC: // English Adv // SOR I // Phys // 3U Maths // 4U Maths // Software //
ATAR Goal: 95.5+
do you allow integration by parts?
1-on-1 Maths Tutoring(IB & HSC): Epping, Beecroft, Eastwood, Carlingford & Beyond
IB: Maths Studies, Maths SL & Maths HL; HSC: 2U, 3U & 4U
Highly Qualified & Highly Experienced. Estimated ATAR > 9.995
There are IB Maths Tutors and there are IB Maths Tutors.
Yea no problem, only issue I have is with just going straight to a reduction formula, I want to see how the answer progresses to the solution rather than going from a -> b.
2018 HSC: // English Adv // SOR I // Phys // 3U Maths // 4U Maths // Software //
ATAR Goal: 95.5+
I think you can do it this way with IBP:
Last edited by Drongoski; 9 Apr 2018 at 11:27 PM.
1-on-1 Maths Tutoring(IB & HSC): Epping, Beecroft, Eastwood, Carlingford & Beyond
IB: Maths Studies, Maths SL & Maths HL; HSC: 2U, 3U & 4U
Highly Qualified & Highly Experienced. Estimated ATAR > 9.995
There are IB Maths Tutors and there are IB Maths Tutors.
Alternatively you can differentiate sec³x and then rearrange both sides and re-integrate. However this is essentially the same as Integration By parts.
If I am a conic section, then my e = ∞
Just so we don't have this discussion in the future, my definition of the natural numbers includes 0.
"Inspection"
Last edited by jjjcjjj892; 10 Apr 2018 at 12:41 AM.
2018 HSC: // English Adv // SOR I // Phys // 3U Maths // 4U Maths // Software //
ATAR Goal: 95.5+
Free MX1 Notes: http://tinyurl.com/freeMX1notes
Final year B Eng [Mechatronics] @UNSW
Spoiler (rollover to view):
Free MX1 Notes: http://tinyurl.com/freeMX1notes
Final year B Eng [Mechatronics] @UNSW
that spoiler was a fail
Free MX1 Notes: http://tinyurl.com/freeMX1notes
Final year B Eng [Mechatronics] @UNSW
There are currently 1 users browsing this thread. (0 members and 1 guests)
Bookmarks