Spline Interpolation: Linear Spline: Theory

Learn the theory behind linear spline interpolation. For more videos and resources on this topic, please visit nm.mathforcolle...

[@sergeantsausage2609]

This is actually the best explanation on youtube by far.

[@VishalGokhale]

Excellent explanation .. Had this on my mind since so many days ... you made it very very clear and easy to understand. Thank you Sir!

[@michaelbedward]

Thanks for this clear and informative lecture. I was tempted to skip it, thinking that even a neophyte such as myself understands linear interpolation ! But I'm glad that I didn't because the basic concepts and definitions presented here helped me to better understand other things that I'd previously read about quadratic and cubic interpolation.

[@sergebyusajabo2138]

This guy is my new hero now. Good job

[@numericalmethodsguy]

Thank you. To get even more help, subscribe to the numericalmethodsguy channel, and go to MathForCollege.com/nm and MathForCollege.com/ma for more resources and share the link with your friends through social media and email. Follow my numerical methods blog at AutarKaw.org.

[@gyulatakacs1824]

Kids these days have no excuse not to be passing math. I wish I had KZbin back in the early 90's to help with tutoring in college. Instead, I had an insane teacher with grad students who didn't know how to explain things either.

[@vimalrajayyappan2023]

I used to thnk the same 😔

[@sergeantsausage2609]

ok boomer

[@online_money_]

Wow 😳 15 yrs video and still valid

[@shrimoyeepoddar9094]

Very good explanation. Thank you sir.

[@hasnan9598]

Thank you for this. It was explained very well

[@maxderheld]

quite good explained :) so those round splines where even the following points interact with each other are cubic splines..?

[@fndrplayer13]

Thanks for the video, this was very informative.

[@habibamamdouhelshoubary3338]

Thank you so much!

[@LShy3142]

Brilliant! As usual...

[@grandlong5462]

Great lectures! Thank you very much.

[@LAnonHubbard]

Appreciate this video. Thanks numericalmethodsguy!

[@flaxy2369]

Thanks really helped

[@visheshmangla8220]

Thanks for the video. Can you please also put a video on cubic splines?An example on using the formula!

[@blento996]

As I understood, u can't predict the y of some dot which have the x-coordinate, lets say x, if x is not in the interval (x0,xn)... Is there a way to predict such y. Langrange's interpolation is getting pretty wild after this given interval, so is there a way to get a real function after given Xs and Ys, which would give a real Ys after given interval of Xs...?

[@cominup85]

thanks, i'll check out the example now.

[@__Wanderer]

Ah 240p we meet again

[@Frankly747]

Thankyou sir.

[@xturkishdelight]

Thank you very much :-) really informative

[@crizl2007]

Thank you!

[@jcgaliano12]

gracias, mucha ayuda

[@chabrar9709]

Hi How solve b.v.p by cubic spline method.

[@NLS87]

Great. Thank you.

[@omartaha1318]

How prove Pn(x) of newton equal Pn(x) of Lagrange

[@RahaSFU]

thank you

[@iqbalmohammadjafor9933]

excellent very clear now before i was like out to water

[@GOODBOY-vt1cf]

3:25

[@GOODBOY-vt1cf]

5:16

[@ashusingh1909]

2019 🙏🙏

[@TheBenBugeja]

how did I get here?

[@sanjolikhurana8322]

Sir you teaches so bad not clear explanation

[@numericalmethodsguy]

Thank you for your kind comment. Use multiple platforms and sources to learn. mathforcollege.com/nm/topics/spline_method.html

[@visheshmangla8220]

Thanks for the video. Can you please also put a video on cubic splines?An example on using the formula!

[@GOODBOY-vt1cf]

5:47