Clairaut's Equation and Problems/General Solution of Clairaut's Equation

in this video we are discussing Clairaut's Equation and Problems/General Solution of Clairaut's Equation/first order first degree
Dear students, based on students request , purpose of the final exams, i did chapter wise videos in PDF format, if u are interested, you can download Unit wise videos by clicking the below links
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Unit 1:ODE First order Differential Equations
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Unit 2: Higher order DE.
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Unit 3: Multiple Integrals
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Unit 4:Vector Differential Calculus
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Unit 5:Vector Integral Calculus Part 1
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Unit 6: Vector Integral Calculus Part 2
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Unit 7: Special Functions
Beta & Gamma Functions
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Unit 8: Functions of Single Variables
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Unit 1: First Order ODE- Playlist
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Unit 2:ODE of Higher Order- Playlist
• Linear Differential Eq...
Unit 3: Multi Variable Calculus-(Integration)-Playlist
• Double Integral Proble...
Unit 4: Vector Differentiation-Playlist
• Introduction to the Ve...
Unit 5: Vector Integration-Playlist
• Line integral definiti...

[@kilarisreenivasprasad8030]

THANK YOU VERY MUCH SIR....YOUR CLEAR EXPLAINATION MADE ME SO HAPPY...

[@TEAMEDUCATIONMATHEMATICS]

Happy to help you 😊☺️💗

[@tvscreations7308]

Tomorrow is my about this topic
I clarify my doubts and made myself stronger to tell seminar 🥰
Tq So Much Sir 👍

[@TEAMEDUCATIONMATHEMATICS]

Wish u all the best fir presentation of seminar

[@tvscreations7308]

@@TEAMEDUCATIONMATHEMATICS
Tq

[@m.harshavardhanharsha5575]

Now i got clarity on clairauts eqn by this vedio
Thanks a lot. Nice explanation. Keep helping us🤗

[@TEAMEDUCATIONMATHEMATICS]

Happy to help you👍

[@koondlamanogna5029]

Thank u so much sir for ur way of teaching 👌👌

[@blacknightyt1394]

Hii Clairauts equation eh chapter please reply

[@kavithavaidhyanathan1518]

Super cool explanation SIR...thanks a lott...DO THIS FOR MANY MORE TOPICS SIR 😀

[@sailakshmiburra2866]

Thank you very much sir

[@manasalaila5773]

Thank you sir ... For explaining it so clearly ✨

[@TEAMEDUCATIONMATHEMATICS]

Happy to help you, feel free to clear your doubt with "TEAM"

[@angelinasaradan]

great explaination

[@TEAMEDUCATIONMATHEMATICS]

Thank you 👍🙏

[@user-wd5gc6uy4z]

Why in question 2and 4there is one has y=px-f(p) and other one y=px+f(p) why one is -ve and one is +ve even with presence of trigonometric function

[@TEAMEDUCATIONMATHEMATICS]

Function might be negative or positive but it should be in single parameter p ,whare p is (dy/dx)

[@user-wd5gc6uy4z]

@@TEAMEDUCATIONMATHEMATICS fine sir

[@ranidutta5754]

Sir in last problem it should be y= px-sin-1p...

[@TEAMEDUCATIONMATHEMATICS]

I will check it ,thank you for correcting

[@ranidutta5754]

@@TEAMEDUCATIONMATHEMATICS thank you sir for making this vdo

[@manikantam9482]

Nice explanation

[@saikrishnadouluri4433]

Thanks a lot sir

[@muskanrajput4985]

Thanks Sir ji😊

[@TEAMEDUCATIONMATHEMATICS]

🙏

[@KGL_YOUTH_FF_]

Sir what about singular solution...?

[@TEAMEDUCATIONMATHEMATICS]

am not done those problems

[@BhuvanKumar-ot7gf]

3) Solve y = x + p ^ 3. I want these questions answer these is 5marks

[@killerbean7987]

thanks man

[@manikantam9482]

Tq sir

[@Aparichi78gft]

Pls tell singular solutuon also