Integral Equation | Conversion Initial Value Problem into Integral Equation by GP Sir

[@SavitaMittal-n7v]

Thank you for the interactive video

[@danielvolinski8319]

12:20 What is u(t) in the solutions? The solutions are not even equations, let alone integral equations.

[@chinmaypatra4728]

Reduce Initial value problem to an integral equation (x + 1) ^ 2 * (d * y ^ 2)/(d * x ^ 2) + 2(x + 1) * d/dx (y) = f(x) , 2x^2, y(0) = alpha (dy(0))/(dx) = beta f(x) is a known function.

[@mathsdose]

Sir foreign ( videsh) sa msc ka video send kar dijiye please 🥺

[@Surajkumar-wf3np]

Sir bsc math generic elective 1 ka seme 1 or seme 2 ka very important question upload kijea na according to cbcs 2023

[@NikhilSonkar-24s]

Answer a is right sir

[@shobhaagrawal2862]

option a is correct

[@BITTUKumar-ju7gg]

how???

[@pratiksingh6750]

@@shobhaagrawal2862 💣

[@bikram091]

Thank you sir 🙏

[@desitrump]

At 3:43, how can we integrate wrt t when the function is of x?

[@Sanatani1132]

Beta tumhara mn ho to x ke respect me integration karo aur limit o to t le lo Ek sath thodi na le sakte hai ki. X ke respe t me integration kare aur limit bhi x ki hi put kare to confusion hoga n

[@labheshsonawane7076]

is answer A only?

[@anandanna2143]

Love you sir

[@lmaptitude]

Answer A galat nhi h???

[@CosecTheta777]

Lagrange lover like please

[@prasoonasati6674]

Sir you looks like Ravi Teja😮

[@dronamrajuchanda3262]

ans a thank you sir

[@amankumarbehera6232]

Bro can you plzzz tell me how you do it... plzz😢

[@Surendrasaini-n8q]

Sir question solve nehi huaa

[@CosecTheta777]

You are like CAUCHY

[@UmeshYadav-tg3tl]

A

[@pantubasak9174]

U r ramanujan

[@YogiJah]

🥱

[@brotherff7391]

Improve yours handwriting

[@rekhabhambhu1184]

Thank you sir 😊