Exact Differential Equations in Hindi | Differential Equation of first Order and first Degree
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- Опубліковано 23 сер 2024
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1. Cauchy integral formula and proof
• Cauchy Integral Theore...
2. Maxima & Minima (Extreme Values)
• Maxima & Minima (Extre...
3. ε-δ Definition of Limit
• ε-δ Definition of Limit
4. BSc Mathematics
• BSc Mathematics
5. Conformal Mapping
• Conformal Mapping
6. Complex Analysis
• Complex Analysis
7. Singularity and Residue
• Singularity and Residue
8. Differential Equation of first order & first Degree
• Differential Equation ...
9. Differential Equation
• Differential Equation
#DifferentialEquations
#ExactDifferentialEquation
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The whole DE playlist is great.
agree
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First time I read a differential equation I amazed to learn so quickly that's because of your ability to express your teaching skills and solve all the steps with patience.
THANKS SIR❤️
For new learners... This is the perfect video for understanding
Tysm sir you are really genius I had doubts on this but now I can teach someone 😀
Solution of an exact diffrential equation is given by
= [ Integration of M w.r.t. x ( y is treated as a constant) ] +
[ Integration of ( terms of N not containg x) w.r.t. y ] = c
yes
😀
Same as told in video
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वाह सर क्या तरीका है समझाने का आपका ।💓
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Thanq sir aj upkey liyiya exect differential equations etni assanise shik liya mane thanq so much sir...🙏
One of the best teacher of maths
You are the best teacher in the world by the world and to the world
Thank you sir
For explanation in steps wise
Time frame
Introduction of exact diff eq 00:25
Q1 04:50
Q2 11:34
Q3 16:46
Sir, we can write in the place of the (N-derivative of integration of Mdx) I;e- terms of N not containing x
Yes
Yess
All teaching from your very easy to retain in mind
And your vioce is also nice
U re great teacher 🎉❤
16:22 small mistake sir please correct it -N means -x²y²+x³y³
All doubts cleared now!!❤❤
Sir ex 3 : I am not get equal ans of (del m/del y) and (del n/del x)
I am getting (del m/del y)=2xy+a^2
For (del n/del x)=2xy-a^2
Same
@@nehaarora9667
If you get solution, update me neha
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For those who finds it hard ,,
The final solution is
IntM(y=c)+ IntN(Only pure y terms) = c
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Sir H.D.E aur exact differential equation mein kya hai difference aur kaise identify karein ke yeh kounsa hai?
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10:15 IYKYK😂😂😂 Sed reality
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10:15 THIS IS BY FAR THE MOST IMP THING U SHOULD NOT FORGET ....y(1+xy)dx-xdy=0 ...this is exact d e but how....anyone
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TYSM Sir 😊
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Thank you
Sir integration of M dx is wrong in last question ,
tan^-(x/y) ke format mai laneke liye y² denominetor se common liya hai , aap ne 1/y² integration ke bahar multiply Krna bhul gaye hai
Thanks sir your videos is so helpfull for me.😊😊😊😊
Sir you written in steps,[N-d/dy(integrating mdx)]dx but in math you used dy?
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Sir aap bhut achhe se samjhate ho
Thank you sir
sir i am very bad in maths and meri backlog bhi he and mene bohot videos dekhi kuch samaj nahi aatya and jabse aapki videos dekhi he sab samaj aa raha he so thank yioy sitr
Tere ko wapp par notes mili he
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Very easy way. Thanks sir
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Sir Intrigration Ndy =term in free from x le sakte hai kya
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Crystal clear
Bsc physics Hons ka lia hein?
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Thank you sir for your video.
amazing explanation
Tq sir
But I have doubt sir may take separate integration of N term don't minus it take as it as M
Is there any best way to know the eq is belongs to which type