Simpson's Rule
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- เผยแพร่เมื่อ 3 ธ.ค. 2024
- Simpson's Rule is a simple but powerful method for approximating signed area via "quadratic approximations". After a brief review of the "1-4-1" quadratic rule, Simpson's Rule is derived. There is one worked example as well a discussion of creating an ad hoc, "custom fit" Simpson's Rule to an irregular graph. For the derivation of the "1-4-1" rule, see: • The "1-4-1" rule
Thanks for explaining this rule.
I tried googling and looking in my Calculus book but in the end I gave up and just found a picture of Homer Simpson and delivered my assignment.
This is the best short explanation of Simpson's rule in TH-cam so far.
Thanks a lot !
Not only this, all of your videos explain the basics of taken concepts very well, so that i subscribed your channel.
Your explanation is as good as it gets. Organized presentation and easy to understand applications of Simpson's rule.
Way better than the explanation of my instructor and textbook.
Thanks!
This was the best Simpson's rule explanation on youtube. Thank you!
Bruh this is the best explaination video
awesome intuitive explanation, thank you!
Very helpful and easy to follow explanation, thanks so much.
Glad it was helpful!
Great graphics and use of color
@Chris odden. How is the Simpson rule related to quadratic approximation using Taylor series?
impressive ! you are definitely a legend !
Very good explanation, thank you
Such an amazing powerful idea. This is the only video I found tho. Very well explained.....
EXCELLENT video! Thank you sir
how do you make your presentations
Appreciate the videos,thanks.
Best explanation .....
Thank u.this very improtent part of numerical method.
Can we find area of curved plot by integration
Great video
thanks for uploading
is there any restriction of applying Simpsons 1/3 rule of numerical integration
Thanks a lot！But what about Second rule？、
thank you
Well done Chris! thanks a lot =)
Very, very good :)
thanks
Awesome, thanks a lot!
superb video, subbed DD thx alot !!
When is Simpson's rule an exact estimate?
Any polynomial function of degree 3 or less
Thank you, Chris...but must tell you that Simpson's rule had not fallen out because of calculator technology, because of the calculator technology is already using Simpson's rule for n=100 for the integration process.
Great point. Given the variety of technological options it is no longer as useful to have this trick up your sleeve when you need to estimate the value of a definite integral. But I think it is still worth understanding since a) it gives you some sense of the types of methods used by those technologies, and b) it is a pretty idea!
Beautiful
8:15 The aha moment
nice
Hi there. Thanks for this video explanation. Just wanted to get your permission to copy only the first 6.15 minutes for my class presentation.The rest is too advanced for my audience and it would be better they not even looking at that area. I’m teaching seafaring students.
Hi Captain Silva. Thanks for the feedback and the request. I am happy for you to use the video - I hope it helps.
Chris Odden Thanks so much. of course it will help as you have very well clarified some basics. I will anyway include and acknowledgement so they know where it came from.
unclear how to get h
h is the space of units between your intervals
I still have no fuckin idea what im doing
ika 10 ko rn liwaton wala gihapon ga sulod sa utok ko! hahahah