Secant Method | Lecture 15 | Numerical Methods for Engineers

[@christophercollins380]

Your channel is golden. Thank you so much for these videos. They help significantly.

[@Misterz3r0]

Great explanation, Jeff. Thank you for uploading this material.

[@Олег-ю7е6х]

This course is awesome! Thank you!

[@jonathanjames3984]

Best of British to you Jeff.

[@StevenHu-k3o]

Perfect Explanation! Hope to see more videos!

[@isurusenevirathne]

Thanks sir, your friend from Sri Lanka

[@WinsteinDc]

Thank you Prof Jeffery!

[@panizziaie973]

Thanks!! It really helped!!

[@kamilaabdiganiyeva8311]

Thank you for such an easy and understandable explanation Professor Jeffrey! I wanted to ask: why our x(n-1) is after x (n) on the graph? In the video about Newton's method you also wrote in such a way...

[@WinsteinDc]

Probably it’s the other way round

[@benyiwahamoah8674]

they are using the backward finite divider to find the F^1(xi)

[@playstoretrials6549]

How did u record the video it's like ur in mirror but cannot see what's going on

[@ProfJeffreyChasnov]

Check out this video:
th-cam.com/video/WB_CakqElQ0/w-d-xo.html

[@JeffreySilumbu-xd2eo]

Thank you🥳

[@ofirshorshy8281]

Thank you!

[@muditsharma3471]

thanks!! really helped.

[@muja6213]

thank you sir

[@JohnSmith-xx9th]

Is this not the Newton-Raphson method? Raphson worked on the method before Newton.

[@AxiePlays601]

Thanks

[@raidasif953]

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number 1

[@raidasif953]

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[@meadowofword9186]

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[@danielbekele4858]

10q

[@FardinShafi]

bruh, it was that easy...