Regula falsi method || Method of false position

[@leslietsimango2547]

Well explained

[@destinyobamwonyi]

Thanks alot this video was very helpful. Also I think in place of 1st, 2nd, 3rd and 4th root's you should have use 1st, 2nd, 3rd and 4th Iterations as the values we are getting from each Iterations are not roots but values closer to a particular root.

[@rathodpreethi8631]

f(x)=e^x+x^2-x-4 use the method of.false position to approximate all real roots use an absolute tolerance of 10^-6 as a stopping condition

[@sunusimuhammad9227]

Please solve it

[@mustyyunus9150]

😂😂​@@sunusimuhammad9227

[@shreyagupta5967]

If a small number give positive value of f(x) snd big number give negative value of f(x) than what should I do for write the interval

[@ishaqzubeir7012]

Very helpful🤲🏽

[@hritiksharma6172]

Very greate explained........

[@reshnuchandran6698]

good class keep it up( from kerala)

[@Civillearningonline]

Thanks alot.

[@juzerbaatwala8868]

Does the numbers which we put in the equation have to be random?

[@Civillearningonline]

Yes

[@Civillearningonline]

Try starting with lowest value .

[@SagnaJgad]

Thanks

[@00.7technicalMm10]

Tell me if we get big negative with fx 1 so we have to put like 1.5 1.8 1.9 etc right or not

[@melvingawo]

Why do we necessarily stop at x6

[@Civillearningonline]

When we start getting situation close to zero.

[@miteshkumar9593]

Thankyou brother

[@abulkalamazad102]

Vai trigonometry equation me kese calculate use Karu
Ek equation=. Sin(x)-10(x-1)=0

[@fastexter2688]

Thanku bro

[@venkateshvnadig572]

Same clearly explained thank you sir

[@Civillearningonline]

Thanks alot dear

[@Devprit]

Awesome

[@kitu7218]

Any one from cucek. 😁

[@Rahul-ts1kq]

Yes🥲

[@meshackkapsoiyo390]

🎉

[@littlemaster3504]

Tq bro