Modified Euler's method || Modified Euler's Method Numerical Methods

Euler's method example 1:
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Modified Euler's Method example 1:
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Newton's forward difference formula
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Newton's backward difference formula
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Galerkin method is here:
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[@Civillearningonline]

Eigen value and eigen vector: kzbin.info/www/bejne/ZmmliqZvl913mqs Runge kutta 3rd order method: kzbin.info/www/bejne/pabYd3ZmmsxoorM

[@OgundipeSamuel-cp6xt]

Using this to prepare for my exam at 03:30PM today 😎

[@sanketpoul1863]

Wahhhh bhai wahhhh tumane to bhahuut hi achya padaya lekin ek galti karke sara mood karab karr daala 1.1058 ke jage 1.1057 karake sara khel katam kar daala Sare taliya bajaoo Gajab taknik hain ye

[@Civillearningonline]

Aree bhai. Rounoff naam ka ek topic hota he math me. Jab number 5 ya use se bada ho to karte he. Eg. 0.75= 0.8, 0.026= 0.03. Etc.

[@Civillearningonline]

Koi nai. I appreciate your query.

[@sanketpoul1863]

@@Civillearningonline thanks you sir

[@amolumate6731]

Sir h ki value hamesha 0.1 hi assume krne ki kya

[@hendrunieuwenhuizen1613]

This is a great channel, a job well done!

[@ktaesthetics]

Great explaining and easy to understand as well👍🏻 keep it up!

[@azizulaslam534]

Clean and clear video

[@prajwalrs7945]

Osm bro thank u I seen 2 to 3 videos but In your video I found what I wanted

[@Civillearningonline]

Thanks alot dear.

[@yamilave30]

Great explanation with patience

[@Civillearningonline]

Thank you dear

[@DonDanol]

Very much thanks for your explanations.

[@pasindubasnayake2136]

Great explaination brother. Continue the channel. Good Luck ! 🥰

[@Civillearningonline]

thank you🙏🙏🙏

[@krishnachaithanyakyatham3008]

Me now watching Tomorrow exam 💀

[@notthatviraj]

Normal for use 😂

[@krishnachaithanyakyatham3008]

@notthatviraj r u also watching while semesters

[@notthatviraj]

@@krishnachaithanyakyatham3008 yes it's from 26 😭😭

[@krishnachaithanyakyatham3008]

@@notthatviraj all the very best broh

[@notthatviraj]

@@krishnachaithanyakyatham3008 thanks 🫠

[@Khuirattakhuiratta]

Amazing video😊

[@gracepaul8691]

It is very well explained.thanks

[@eswarvivek8549]

Nice explanation bro........ Thanks a lot🙇

[@nikhitha3594]

We can take h=0.2 in the place of 0.1

[@SaiRam-tp6kf]

Ya correct bro but he places 0.1 how

[@lator1941]

when solving for y1(3), why did you change the value of y1(2) from 1.1058 to 1.1057?

[@swarajm2947]

Actually when I used calculator to solve the value of y1(2) was found to be 1.105775

[@prajwalthakre6291]

sir apne meri pen leli main likhunga kaise ????

[@Girish1711]

Thank you 😊

[@aryandwivedi8245]

Valhhu

[@Civillearningonline]

Valueeeeeeeeeeeee😂🤞

[@nationalfun2579]

Video Achha tha ❤ but mujhe gussa aa rha tha volume ki bajah se pta nhi Khana nhi Khaya tha Kya 😞

[@Civillearningonline]

🤣🤣🤣🤣

[@PriyanshuSahu18]

thank you sir

[@ReignXP_279]

How you assume h = 0.1.Can you please explain?

[@explorewithmesantosh]

watch again from 6:25

[@ReignXP_279]

​@@explorewithmesantosh yep bro. 😅😅 I think I was accidentally skipped that part..

[@gunasundariguna6733]

They already give step size h=0.1

[@gunasundariguna6733]

Give hypothesis step size not assuming right

[@kingbred01]

h=(X-X0)/n

[@sudeepumachagi7511]

Sir calculate solve Y(1)

[@royalclassgamer9279]

Sir intro music like war is happening now

[@Civillearningonline]

😁😁😁

[@schalkzijlstra878]

Thanks

[@schalkzijlstra878]

Was very clear to me.

[@abdijibalsugal2048]

Kinldy make your videos clear

[@Civillearningonline]

You will find one more example on same method. May be that will help you.

[@assagar11]

Bring up resolution.

[@Ghost____asdffgh]

​@@assagar11are you fucking blind

[@SanthiyaKumar-cg1yt]

Sir konjam tamil sollunga