find the directional derivative of the function xy² + yz² at the point ( 2 , -1, 1 ) in the direction of outward normal to the surface x log z - y²+4 =0 at (-1 , 2 , 1)
Thank you very much Madam.Well explained and I understand the question very well .This is very helpful for my Vector Calculas in Mathematical Physics . Mathematical Physics i
Thank you very much❤❤. This video is a small but flawless jewel! That's all one needs to know in order to calculate a directional derivative. Most videos on YT make this topic abstruse and complicated. Which is not.
Let f(x, y)={(x^2+y)/(x+y^2) if f(x, y) not equal to zero 0 otherwise }.Then the directional derivative of f at (0, 0) along (2, 1) is Pls explain this question
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Ur explanation is not good or bad I don't know but I don't understand class it's ur fault because ur beautiful i see hole class but not matter I look u. I am really saying ur so beautiful 🥰 But I don't understand class u disturbed my preparation i conform fail in my m3 exam and it's ur fault only ur fault .
Your teaching made me feel this topic easy now . Tq mam for your simple and perfect explanation
I'm never gonna forget this, thank you ma'am...☺️
You are bueatifull like your teaching
Nice explanation 😊
Easily understood the topic
Tq
find the directional derivative of the function xy² + yz² at the point ( 2 , -1, 1 ) in the direction of outward normal to the surface x log z - y²+4 =0 at (-1 , 2 , 1)
Is question ko krna please
Bahut zaruri h
Oh god inhone to reply hi nahi Kiya 😕
Very nice video mam
very well explained, i now understand thank you madame.
Bord ke thoda side me bhi ho Jaya kijie
Simple and easy 🙏
dear madam..m a msc math student , your video is excellent...very well explained
Hello I m a student of bsc(h) math 3rd sem and directional derivative is in Bsc then why r u studying it??
dear madam could you please share watsapp number...i may ask doubts ..regarding math..thanks
Thank you very much Madam.Well explained and I understand the question very well .This is very helpful for my Vector Calculas in Mathematical Physics . Mathematical Physics i
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Dream big @@GaneshInstitute
Simple logic with great explanation madam 😘
Tharki
Very Helpful video lecture 🌹🌹🌹 thanks Sooooo Much
Thanks for liking
Thanks for your helps mam
Nice mam
Nice explanation.
thanks maam
for such nice explanation
Akka neenga vera level
Thanks for you ❤❤❤
Super gaa explain chesaru medam
Focus on lecture guys 😜
Sudhar ja Bhai 😅😂
@@curvy_fun 😆
Dekh lena bhai dekh lena
Apne sister ya cousin sister ya niece ko saamne rakh kar,jitna dekhna hein dekh lena acche se
Ew
😂
Ur way a teaching is so good, nd u r so beautiful
I have some doubts related to directional derivative ,can I expect some help mam..i feel u have great grip on the topic .thank u .
How to find directional derivative if points and equation is given
Goated explanation! Thanks alot!
Glad it helped!
Bhai face ko bhi thoda dekhlo🙏
mam do you work in effectronics
Can u please use dhuppatta (chunni)
I find somewhat akward
Well explained
Great 👍
Hello
can we write this answer in our semester exams
Thanku so much mam ❤
Beautiful 😍
nice explaination and beyond ur face
Amazing ma'am
Thankyou miss ❤️
Mam Can u plz send full problems of this chapter
Nice earring
Full focused (⚽⚽) 😂
Nice
Thank you very much❤❤. This video is a small but flawless jewel! That's all one needs to know in order to calculate a directional derivative. Most videos on YT make this topic abstruse and complicated. Which is not.
Glad it was helpful!
Had to repeat the video twice 😂😂coz concentration was off 😂😂
Thanks
Very excellent.
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Tempting personality u had mam....
Wow❤
Thank you mam
mem pls change the camera angle , its really distract me ; but I love your teaching
Let f(x, y)={(x^2+y)/(x+y^2) if f(x, y) not equal to zero
0 otherwise }.Then the directional derivative of f at (0, 0) along (2, 1) is
Pls explain this question
Answer kittiyo
@@jessyjacob2550എനിക്ക് answer 2 എന്നാ കിട്ടിയത്
എനിക്കും 2 കിട്ടിയത്.
Directional derivative does not exists at (0,0) along (2,1).
@@rohitkawade66 how to solve this problem
Thanks mam
Keep watching
Thanss very much mam stay happy mam🙌🤗😁
🙋🙋🙋🙋🙋
Padhane ke bad
You are so beautifil madam and clear that this concept
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Thnkyou mam
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Find vp[ f ] for f = x
2
yz with p = (1,1,0) and v = (1,0,−3).
Solve this question
Bhai tu pallotti se hai ky
@@shortmotivation1004 Buldhana
❤😊😅
Enna ivlo perusa iruku 😂 naa explaina sonna niga thappa nenachikathinga🫰😅
Tell perfectly
You are explaining but you're english is over so explain properly
It's not veectaar it's vector but she is telling like that
Mam You are so beautiful
Ur explanation is not good or bad I don't know but I don't understand class it's ur fault because ur beautiful i see hole class but not matter I look u.
I am really saying ur so beautiful 🥰
But I don't understand class u disturbed my preparation i conform fail in my m3 exam and it's ur fault only ur fault .
Simp😂
😂
It would be more professional if u look into the camera
We dont under stand any thing from this video
Nice teaching but you have a very dirty way of writing on the board, make it clean just by suggesting.
What do you mean?