Verification of Stokes Theorem problem 1 ( bounded by rectangle)

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
TEAM Education
• 3 hours ago
Click the links
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
drive.google.c...

[@okashafaria3328]

Excellent sir

[@TEAMEDUCATIONMATHEMATICS]

@Okasha Faria "thank you for valueble feedback" for any doubts you can share Tomy wahts app number [phone]

[@okashafaria3328]

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[@TEAMEDUCATIONMATHEMATICS]

For all Engineering Mathematics students

[@okashafaria3328]

@@TEAMEDUCATIONMATHEMATICS hmm ok

[@akashambhore1069]

Thank you for Uploading such type of problems which is very helpful to MSc and Engineering maths also.

[@TEAMEDUCATIONMATHEMATICS]

Happy to help u , thank you for information

[@Raviteja-vy7yh]

Thanks bro for ur explanation 🥰🥰🥰🥰💥💥💯💯💯

[@kiranvk22]

Tomorrow is my sem a exam sir explained it very well ❤️‍🩹 12marks

[@TEAMEDUCATIONMATHEMATICS]

Happy to help you ,wish you good luck for your exam from TEAM Education

[@aliyajafar1986]

Thankyou sir

[@swayamdeeep]

Thank you sir today is my exam I have got this now 🙏💙

[@TEAMEDUCATIONMATHEMATICS]

Most welcome

[@maxstcore3987]

Well explained 👍❤️

[@TEAMEDUCATIONMATHEMATICS]

Thank you ☺️☺️😍

[@prasadmandati2917]

Thank you sir

[@bhavanivanipentabhavani4072]

It's was like before exam friend explanation while rushing into exam Hall. I wish u teach little bit slow

[@hingesaikiran1577]

Super explanation thank you very much 😊💕

[@TEAMEDUCATIONMATHEMATICS]

Happy to help you

[@kamlakumari4152]

Thank you sir😊

[@TEAMEDUCATIONMATHEMATICS]

Happy to help you

[@venkat415]

Nice explanation sir,❤️

[@TEAMEDUCATIONMATHEMATICS]

Thank you

[@sushmaselavoju9902]

Tq sir

[@raushanyadav7392]

Thankyou

[@TEAMEDUCATIONMATHEMATICS]

You can find more videos in this chapter

[@munnaloveforeveriit5918]

Sir agar isme z= 3 hoga To kaise hoga

[@clementchieng8330]

Can explain more why n = k in this case? cant hear you clearly...

[@TEAMEDUCATIONMATHEMATICS]

Sure, catch me on my whats app, share me doubt

[@akashambhore1069]

Sir can u suggest me how to prepare for JRF and CSIR NET.

[@TEAMEDUCATIONMATHEMATICS]

Am not having proper knowledge on preparation for JRF, better to watch Dr.purajith maths sir videos which are helpful to u

[@Durgaprasad-bk3lk]

When y= + or -b then how to do this

[@TEAMEDUCATIONMATHEMATICS]

-b-->0 and 0--> +b

[@akulaakanksha5163]

Sir can you tell n^ how to find

[@TEAMEDUCATIONMATHEMATICS]

Del pi/ mod (del pi)

[@akulaakanksha5163]

How we will identify del and pi to calculate n^

[@akulaakanksha5163]

And tqq for replies

[@TEAMEDUCATIONMATHEMATICS]

Ping to my what's app number [phone]

[@ktishnavenibanavathu234]

Gauss divergence theorem kuda patara

[@TEAMEDUCATIONMATHEMATICS]

I did many videos , u can find in playlist, I will share topic wise videos in pdf format if u want ,catch me on my what's app [phone]

[@SelfcarewithArya]

Sir,here z=0 then n will be -k right??

[@TEAMEDUCATIONMATHEMATICS]

Correct, good catch

[@PraveenKumar-ir1yh]

Thank you sir 😊❤

[@AjayKumar-or4yp]

TQ sir

[@entertainment209]

Excellent sir

[@TEAMEDUCATIONMATHEMATICS]

Thank you