Runge kutta method second order differential equation good example(PART-2)

[@nabilfauzi5383]

Your explanation was so easy to understand! Thank you so much sir!

[@susmitwalve6475]

Thank You so much... I had been searching for a clear explanation for so long.

[@reubencorey4809]

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[@calvinbeckett1048]

@Reuben Corey Yea, been using InstaFlixxer for months myself =)

[@stalskyle]

Thank you so much, you literally saved me! Your explanation is very helpful!

[@EASYMATHSEASYTRICKS]

You're welcome!

[@jatinpatil367]

Hello sir Dont u think k3 value is wrong? It dont make much difference in answer but the k3 value is suppose to -0.0200

[@shivanandkaranth4770]

My sem exam is on 20th December I don't know any topic in M3 can I pass out on M3 by study it on one day????

[@notrandom959]

what is the purpose to deduce L4? and is it important for any calculation?

[@abdulwariskenue1012]

It can be used to get the solution (value) of z , i.e, the value of dy/dx can be obtained using the value L4. dy/dx = z = z0 + (1/6)*(L1 + 2*L2 + 2*L3 +L4)

[@lunthangify]

Try to fit the full page in the frame. moving up and down your paper is disturbing. Otherwise, good explantion.

[@anungboss]

Thank-you so much bro. Cleared my concept...

[@rameztabar2186]

Brother why did you get L values if you only need k values?

[@phantomyt1409]

Benkii oooo mav niii 🔥🔥🔥

[@jakobjonsson1474]

Thank you. May peace and love be with you.

[@balqisalihashim1690]

if we have to do a second iteration how would we do so? since we only have values for x1 and y1 how would we get the value z1 ?

[@yasinaktas2165]

Thank you very much. You save my day.

[@mahdikarimi9669]

hi, thank you for useful videos. I have a system of 2nd order odes. there are some complex numbers (with imaginary part) in the equations. I wonder if Runge kutta worked or not.

[@phantomyt1409]

Superrrr sir 🔥🔥🔥🔥

[@vishwaskumarcb3242]

🙏 super teaching sir

[@shrutiadhikari9760]

How to solve if there is number of interval what would be the value of dy/dx

[@tayeebasiddiq675]

thank you soooooo much sir, you saved our day.

[@EASYMATHSEASYTRICKS]

You are most welcome

[@brunofernandes6325]

Very helpful! Thanks a lot

[@bhavanihaibatti3543]

Very nice explanation sir , thanks a lot🙏

[@EASYMATHSEASYTRICKS]

Keep watching

[@matet_l7883]

WHATS THE USE OF SOLVING L??????

[@pranavsharma2716]

Really *good* example Sir

[@prernabansal8995]

Hi,the video you posted is super helpful. but i am trying to solve the harmonic oscillator equation but couldn't get the same answer as that from the standard solution. can you help?

[@tapanroy7419]

sir, I have problem in 4 questions . Can you provide me solution so that I can understand them.

[@ellenimamo9243]

thank you so much

[@tristanj6722]

Do you even have to solve for L4? It is not used in the equation at all

[@Thotokk]

Yes, in the video l4 seems to be unimportant as the starting to final point was calculated in one time step and not in several time steps. If you repeat the procedure a second time, you will see that you will need l4.

[@Thotokk]

y'0 + (l1 + 2l2 + 2l3 +l4)/6 will be the starting slope or velocity for the following iteration.

[@tejaaa9061]

Why not we go with 2nd order RK method for this ..prblm !

[@atxgamer9326]

Thank you sir🙏

[@oziomaignatius9778]

Thank you so very much, exam success loaded

[@EASYMATHSEASYTRICKS]

You are most welcome

[@Akshay-vi6rw]

How to slove with second oredr method..... Plz explain

[@manaswichamlikar7580]

Good explanation , thanks sir

[@sagarrawal8332]

why value of l4 was carried out? was it necessary?

[@Thotokk]

l4 is necessary, since its needed to calculate the starting slope for next iteration step which is equally (l1+2l2+2l3+l4)/6.

[@aryaytgaming87]

Nice sir 🎊🎊

[@phantomyt1409]

Zakasss 🔥🔥🔥

[@ArmRehabHands]

thank you very much, easy way to understand

[@craftbucks1081]

Sir please upload all videos of m4

[@arrowhead.17]

Thank you sir

[@김미소-v9l]

why first z=0?

[@AlaminRahman_011]

Thank you

[@borna6403]

Thank you kind sir!

[@PardeepSingh-wj8lc]

Very nice

[@perhapsiamwrong]

Thanks, very helpful!

[@EASYMATHSEASYTRICKS]

You're welcome!

[@benkigamingguru137]

Tqs sir

[@ashishkarki3013]

easy explanation

[@the_proletariat]

Thanks:)

[@samanpaydar4415]

Thank you but value of l3 should be -0.17964

[@SamyakBafnaBES]

the value is correct.Please check again

[@Raison_d-etre]

Nitpick: "Okay" is a filler word and should be minimized in public speeches.