Introduction to Recurrence Relations

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  1. Eddie Woo
  2. Recurrence Relation
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Комментарии
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This is Reduction Formulae. Recurrence relations come before, specifically first-order and second-order recurrences.

XLatMaths
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Thanks for this, I'm studying my Masters and never saw Recurrence Relations as integrals before, nor in HS or BS. Thanks!!

DavidMerinos
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thank you so much for posting this! such a clear, easy to follow explanation. I wish my integral teacher was as good as you!

shayenna
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Awesome! I really think 4unit maths is great! especially polynomials and integration, you learn a much larger variety and more cool methods compared to 3unit. I'd feel like my maths knowledge would be so lacking had I not done this course, but I know there's much more maths in the world that I haven't had even wrapped my head around yet haha

WashWashRevolutin
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Thanks for the video, very well done =)

OthmanAlikhan
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Question: Looking at the last line of the solution for I(3), is it coincidental that the terms inside the brackets are successive differentials of one another? 3x^2 is d/dx of x^3, 6x is d/dx of 3x^2 etc - is this a pattern or a coincidence?

drjohnsmith
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thank you so much for this :'( I totally understand this now!!!

Triangle
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Re my last comment: I know the sings change by term, so the observation is not perfect, but still - it is interesting

drjohnsmith