DIFFERENTIAL EQUATIONS in 1 Shot : All Concepts & PYQs Covered || JEE Main & Advanced

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🌟 Master differential equations for JEE Main & Advanced with this comprehensive video covering all concepts and previous year's questions. No need to spend hours searching for different resources, everything you need to know is here in 1 shot! Perfect for last-minute exam prep. 🚀
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MANZIL 2024 Batch Description :
🚀 This batch is Completely FREE for all the students aiming for JEE MAINS 2024
🚀 Will cover the complete JEE Syllabus of Physics, Chemistry & Mathematics
🚀 Each Class will be LIVE on our JEE Wallah YouTube Channel
🚀 6 Days Scheduled classes with One lecture each day
🚀 Chapter One Shot will be conducted with PYQ’s
🚀 The Weekly Schedule will be provided in the community section of JEE Wallah’s YT Channel & Announcement section of the PW App
🚀 Class Notes in PDF Format will be uploaded on our PW App
🚀 Daily Practice Sheet with Text solutions will be provided.
🚀 Weekly Tests based on the Syllabus of that week will also be conducted.
🚀 Classes will start from 22nd November 2023
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📌 𝐉𝐄𝐄 𝐖𝐀𝐋𝐋𝐀𝐇 𝐒𝐎𝐂𝐈𝐀𝐋 𝐌𝐄𝐃𝐈𝐀
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📌 𝐑𝐄𝐂𝐎𝐌𝐌𝐄𝐍𝐃𝐄𝐃 𝐂𝐇𝐀𝐍𝐍𝐄𝐋𝐒 𝐅𝐎𝐑 𝐘𝐎𝐔
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📌 𝐏𝐇𝐘𝐒𝐈𝐂𝐒 𝐖𝐀𝐋𝐋𝐀𝐇 𝐒𝐎𝐂𝐈𝐀𝐋 𝐌𝐄𝐃𝐈𝐀
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⏳ 𝐓𝐢𝐦𝐞𝐬𝐭𝐚𝐦𝐩𝐬:
00:00 - Introduction
03:11 - Weightage and previous year analysis
06:06 - Differential equation
08:08 - Order and Degree of D.E.
20:30 - Arbitrary constant
33:24 - Formation of D.E.
1:09:37 - Solution of D.E.
1:14:40 - Variable separable form
2:03:19 - Reducible to variable separable form
2:24:08 - Homogenous D.E.
3:51:33 - Reducible to homogeneous D.E.
4:06:23 - Important form
4:20:00 - Linear differential equation
5:06:00 - Reducible to L.D.E.
5:22:12 - Exact differentials
6:15:03 - Use of polar coordinates
6:30:43 - Orthogonal curves
6:46:23 - Story problems
7:33:30 - Thank You Bacchon
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#DifferentialEquations #JEE #JEEWallah #PhysicsWallah #PW #JEEBatch #JEESeries #Manzil #Manzil2024 #Maths #Pyqs #JEEConcepts #OneShot

[scope]

00:00 Introduction
02:11 Topics to be covered
03:10 Weightage and previous years analysis
06:14 Differential equation
08:04 Order and degree of D.E
13:50 Questions
20:29 Arbitrary constant/parameter
26:26 Questions
33:23 Formation of D.E
37:35 Questions
01:09:33 Solution of D.E
01:14:47 Variable separable form
01:18:10 Questions
02:03:27 Reducible to Variable separable form
02:08:09 Questions
02:29:27 Homogeneous D.E
02:37:12 Questions
03:00:40 Break
03:23:10 Resume
03:51:28 Reducible to homogenous D.E
03:55:18 Questions
04:06:15 Important form
04:16:26 Questions
04:19:51 Linear D.E
04:29:30 Questions
05:05:54 Reducible to linear D.E
05:09:27 Questions
05:22:09 Exact D.E
05:26:37 Questions
06:05:24 Break
06:14:37 Resume
06:15:00 Use of polar coordinates
06:22:29 Questions
06:31:10 Orthogonal curves
06:35:37 Questions
06:46:19 Story (word) problem
06:57:00 Questions
07:33:29 Thank you


Please forgive me if I made any mistake 🙏

Edit- Thank you for 90 likes 👍🤗
2nd Edit- thank you for 100 like (highest likes I got till now)

[ChauhanJaimik]

00:00​ - Introduction
03:11​ - Weightage and previous year analysis
06:06​ - Differential equation
08:08​ - Order and Degree of D.E.
20:30​ - Arbitrary constant
33:24​ - Formation of D.E.
1:09:37​ - Solution of D.E.
1:14:40​ - Variable separable form
2:03:19​ - Reducible to variable separable form
2:24:08​ - Homogenous D.E.
3:51:33​ - Reducible to homogeneous D.E.
4:06:23​ - Important form
4:20:00​ - Linear differential equation
5:06:00​ - Reducible to L.D.E.
5:22:12​ - Exact differentials
6:15:03​ - Use of polar coordinates
6:30:43​ - Orthogonal curves
6:46:23​ - Story problems
7:33:30​ - Thank You Bacchon

[funwithfun.]

5:46:34 ese hoga 😊😊

Cosx( xdy + ydx) + xysinxdx =dx
➗ Cos square both side
Cosx(d(xy)) - (xy)(-sinx)dx /cosx square = 1/ cosx square dx
d(xy/cosx)=(1/cosx square) dx

[PrinceKumar-tuhh]

This chapter is very important for advanced and mqins

[buddhadebroy]

Hats off to god of maths
And students who studied straight 7.5 hours 🔥

[ashmitadhaka]

1:07:14 DIBY A = C
1:08:10 DIBY B = A, C
1:42:28 DIBY C = A
2:03:08 DIBY D = D
2:14:18 DIBY E = D
2:23:53 DIBY F = A
3:32:32 DIBY G = n=3
3:51:34 DIBY H = A
4:16:28 DIBY I = B
5:05:00 DIBY J = A
5:05:26 DIBY K =

[AnshikaGaRg]

Diby a ans is c
Diby b ans is a and c
Diby c ans is a
Diby d ans is d
Diby e ans is d
Diby f ans is a
Diby g ans is 3
Diby h ans is a
Diby I ans is b
Siby 14
Diby j ans is a
Diby k ans is b
Siby ans is 2
Diby l ans is c
That's it
Thanku sir for amazing lecture

[boundless]

Who had not completed math syllabus still last.... 😢😢

[MINDWORRIERS-edyt]

DIBY(D)--ans: D

DIBY(E)--ans: D

DIBY(F)--ans: A

DIBY(G)--ans: '3'

DIBY(H)--ans: A

DIBY(I)--ans: B

[Yash-fvdg]

3:48:17
Sir told us to obtain the solution using y=vx, but what if we just put the given values of x and y in the solution of the DE provided in the question.

[madhavgarg-jtqf]

3:50:18, sir ye question to option put karke badi jaldi ho gaya. Option a) ke hisaab se f(x) and f(t) ko put karke x=t rakh do seedha option (a) ans. Ban gya😂, , [ (t-x) wala factor kat jata hai.] .

[madhavgarg-jtqf]

3:42:57, sir iss q. mein x ya t kisi ko bhi variable le sakte hain shyad because den. and nu. se ( -1 ) ka factor common nikal ke cancel kare to it is same as when interchanging ( x ) variable and (t) variable.
So maybe it will not affect the ans. Plz confirm.🙏m

[khushimaurya]

Pov: When Sachin sir said " bolo Tara ra ra"
Remember the days of preparation for nda with akhil sir☺️

❤❤

[suparnajitghosh]

2:11:46 We can also substitute t with (((1/2^(1/2)) *sec @)

[adityasinha]

DIBY C 1:41:51 ka ans A option hai sir