Differential Equations - First Order and First Degree

[@hemantgokhale830]

The best maths teacher!,

[@arunkumargiri1187]

Yes I agree with you

[@afraazuddin3296]

Thank you sir You helped me alot Ua explanation is too good...

[@madeshgundloor6588]

Ur pronunciation clear,spontaneous sir..excellent..

[@Mehandibyvydoorya]

Sir can u post a video on homogeneous diffrential equation and linear diffrential equation.. Pleasee

[@Aamir__781]

Yes it's almost done thank you sir 😊😊

[@Divya_yk]

Excellent teaching sir

[@CentumAcademy]

Thanks and welcome

[@shalinisaha1186]

This video helped me Sir to understand my lession

[@georgesadler7830]

Professor Kumar, thank you for an exceptional video/lecture on Solving First Order and First Degree Differential Equations.

[@sri7185]

Thank you bro helped me a lot

[@chroma9848]

He's a great teacher, he doesn't deserve to have only 4 videos!

[@CentumAcademy]

yani Hi, thanks for your appreciation. We have many other videos by Akhil Sir. You can check out more such videos on our KZbin Channel. Go to the playlists and you would find them. Thanks again

[@chroma9848]

@@CentumAcademy But it's not DE ☹️

[@bheemapallirajini5883]

Ur explanation is so clear sir such that any student can surely understand the concept and start solving problems with amazing speed and accuracy. Thank you sir. I wish you to make many more videos like this

[@krishankarunananda4651]

Excellent ,we needs more vedios

[@ashutoshupadhyay1001]

Thank you so much sir

[@attamuhammad1229]

Thank you.. Good work keep it up..

[@mustafahaddad6183]

thank u sir god bless u

[@CentumAcademy]

So nice of you

[@mahee1755]

Great sir u have clear my dought. 😁😁😁😁😁😁😁

[@CentumAcademy]

Glad to hear that

[@sushmachavan8687]

Thanks sir Very well understood

[@Kanchankumari-vi9dy]

Thanks sir😊

[@CentumAcademy]

You are welcome Sona Kumari...All the best

[@informationlake279]

Thanks

[@graceryoba7066]

😢you are a life saver

[@vincentjohnmendez9878]

Can I use the law of exponent for division on the first part?

[@bharathisana7469]

Super sir thankyou.

[@jagadeeshadapa8905]

Thank u so much sir❤️❤️❤️❤️❤️

[@matimuyerhutimsondlane9226]

I was afraid I might do bad in MATHS but this really made my day

[@CentumAcademy]

Thanks for your feedback Matimuyerhu Tim Sondlane... hope we keep helping you in future as well. Do please explore other videos on the channel...

[@user-ke2bz8xh1l]

Great job!

[@ameyashrivastava3847]

god bless you!!

[@arunkumargiri1187]

This is very helpful video sir 😊😊

[@CentumAcademy]

Thanks Arun 👍

[@happypandab7136]

Very nyc..thnxx sir

[@reshmasimon5029]

Thank u sooo nuch sirrr.. god bless you

[@Jack_Español]

You are better than my professor

[@CentumAcademy]

Thanks for watching

[@shruti5688]

You are best sir

[@CentumAcademy]

Thanks @Shruti

[@NMUSETTYPURNASAIVINAY]

u r the one who helped me to achieve something i want

[@sibusisomadikane2]

Absolutely

[@13yrrfitness62]

Nice

[@kpmathsacademy]

outstanding

[@sreedhar75perupally]

Superb 👌👌👌👌👌

[@ganeshmahendiran85]

Nice sir. I need more model sums

[@PrashanthPrashanth-pf3xw]

thanks you are explainig is so good

[@selvamd8861]

Good. I got it

[@givenmuyombo3097]

thanks. so helpful

[@tyffeedigi7243]

Sir can you post the video of the next two methods too

[@oyedokun]

Determine the most general function M and N such that the equations M(x,y)dx + (2xy³-x⁴y)dy is exact.

[@ranjitamohanta5139]

Thanks sir

[@ruchidubey9640]

Thans sir☺☺

[@ajaytippani7457]

Tq sir

[@samuelacheampong5819]

your are genius sir

[@036-satya9]

Yes

[@malavathnaveen3121]

Ossm explained

[@voiceoftech6703]

well explainded

[@Ramalaxmi4444]

Nice teaching sir

[@anupamsingh5397]

Very nice sir

[@buddhadevnandi1393]

Osummmm

[@ubaid301]

where is the complete playlist of this course?

[@shreyanshetty4165]

Oh nice sir

[@sazisomnyandu9546]

nyc one

[@princebalu2449]

super sir

[@riyasrivastava9268]

Right sir

[@shilpiyadav7005]

Nice sir

[@clanimex]

you must show steps a little more it will be more understandable

[@ajaytadingi5282]

Nc

[@aisyahwanmus]

Do you have a playlist of this differential equation with only your lectures?

[@aisyahwanmus]

Hello, don't just like my comment. Please reply

[@CentumAcademy]

Pls check in the Description of the video ..You will find the link to the entire chapter in detail

[@aisyahwanmus]

@@CentumAcademy but its not this kind of video. i prefer this one than in the playlist. Its ok..

[@rajveerbaishnab124]

nice sir

[@sageerkhan772]

nyc sir

[@seeyarimanb5362]

🤩🤩🤩🤝🤝

[@karlaxv6613]

Can i get the name of the book

[@christopheryang6416]

your good name, Sir?

[@karlaxv6613]

I want a reference for DEq can you give me a name

[@CentumAcademy]

I follow Arihant Publisher's - Integral Calculus by Amit Agarwal.

[@MsFacts12M]

nic

[@--Srinivas]

Ln means what sir?? Is it log

[@CentumAcademy]

Hi Srinivas, thanks for watching our video. Yes ln(x) is natural log of x (the base is "e")

[@--Srinivas]

Tq sir

[@ManishSharma-fg9mb]

Sir are these videos of d.e. incomplete ....? i can not find videos after this ........

[@akshivanshfelling9334]

Par majja aa gayya

[@jzdoddyrani2731]

J rani

[@pritamsharma9646]

a first order likhte ho dikhate ho general solution bhk

[@HindiGyanIndian]

May I go to toilet sir??😎

[@akshivanshfelling9334]

Bhisahab Hindi bhe bol liya karo

[@suryam5866]

Didn't explain in Tamil

[@studywithakanksha4109]

Thanks a sir

[@studywithakanksha4109]

Would u like to teach us from limit

[@amanarizvi786]

Thank u so much sir

[@goldenera1407]

Thanks sir

[@sowmya3451]

Thank you sir

[@CentumAcademy]

Welcome