Taylor's Theorem | Proof | State and Prove Taylor's Theorem | Calculus Bsc
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- Опубліковано 20 вер 2024
- #omgmaths #successivedifferentiation #derivatives #calculus
Cauchy’s Mean Value Theorem | Cauchy’s mean value theorem proof | Cauchy theorem | State and Prove Cauchy Theorem | Calculus | Bsc sem 1 | Calculus spectrum puchd | Calculus Spectrum p.u. | IIT JAM | CSIR NET | Classes by Cheena Banga
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***Calculus-1***
• Calculus | Bsc Part 1
Calculus:
Tylor's Theorem
Cauchy's Mean Value Theorem
Lagrange's Theorem proof
Lagrange's mean value theorem proof
lagrange's mean value theorem
lagrange's theorem
Leibnitz’s Theorem proof
Leibnitz’s Theorem examples
Rolle’s theorem proof
Rolle’s Theorem
successive differentiation
nth order derivative
leibnitz's theorem
Derivative of Inverse Hyperbolic function
Derivatives of hyperbolic and inverse hyperbolic functions
derivative of hyperbolic function
derivative of hyperbolic function examples
Continuity of a function
Infinite Limits
Infinite limits examples
squeeze principle
squeeze theorem
sandwitch theorem
Algebra of limit
find limit of Algebraic function
limit of Algebraic function
using definition of limit show that limit does not exist
prove the limit by using definition of limit
prove the limit by using definition
cauchy criterion
cauchy criterion for existence of limit
by using definition show that limit does not exist
cauchy criterion for limit
Prove That the limit does not exist
Find the value of delta
examples on epsilon delta definition
limit of function
limit of a function
definition
epsilon delta definition of limit
theorms on limt of function
examples of limit and continuity
examples of limit
examples to find limit
find limit using definition
Sup A1+A2 = Sup A1 + Sup A2
find supremum and infimum
how to find glb and lub example
find glb and lub example
find supremum and infimum
find glb and lub
Archimedian property
Properties of real numbers and bounds
Intervals
Types of intervals
examples related to intervals
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OMG Maths
Classes by Cheena Banga
i dont know why this channel has only 14.8 K subscriber I think the channel didnt spread much on the tube ..acc to me it should have a hell lot subscriber man...very nicely explained...
Thank You.. your comments are much precious gifts for me thank you so much..
Maths har koi hazam ni kr pata Bhai😂😂
Legends watches one day before exam 😅
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Me too
😂😂
That means I'm also a legend 😂
Mee too 😂
Meri umer ki 100x apko Lage mam , I understand it really, after 20 days my exam were held
This is like exactly my professors notes but i had a difficult time understanding it cause the language wasn't English.
Thanku so much mam it's very helpful for all students👩🎓
Most Welcome 🙏 Please Keep Watching and Share with others. Join ua-cam.com/channels/xVm7BDqq6KLjptLZ94j-cg.htmljoin for extra more benefits and Please write your valuable reviews at g.page/r/CRP90Pt3uFhFEAg/review
Thanks mam for making it easy 😊
Thank you so much ma'am 😊
Please upload clear explanation for Arzela theorem in sequence of functions.
My first video of 2024😅.. happy new year ❤ to all
Happy new year
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Is this taylors theorem with lagrange form of remainder??
Yes
Thank u so much ❤
Great knowledge with nice voice😛😇😇
Differences will be of f^n-1 is ( n-1) f^( n- 2)
Bahoot acha explain keya ha apny....thanks a lot
Glad it was helpful 😊
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Please Keep Watching and Share with others.
Thank you mam 🙏
Your video helped me alot.
Thank you so much mam
Mam Taylor's theorem aur Taylor's series mai kya difference hai ... theorem and series same hi cheez batati hai kya
Mam Taylor's theorem with cauchy form of remainder ka link bhej do please 🙏🏻
Thank you ma'am ❤❤❤
Most welcome 😊
Thanks a lot ma'am...you help me a lot
Glad to hear that😊
If you're finding my math lessons helpful and engaging, I kindly request you to share them with your fellow students, classmates, and anyone who could benefit from the content.
Om Namah Shivaya Mantra in background @4:20 😍😍
Ma'am f^(n-1) (x) ka derivative (n-1) f^(n-2)(x) kyu nahi hua in product rule?
f^(n-1) doesnt mean f to the power n-1.. here it means that you have derivate f , n-1 times.. so if you derivate it again that means you have derivate f, n-1+1 times means n times.. so derivative of f^(n-1) (x) is f^(n) x, where n is not the power of f, rather n is the number that says how many times you have derivate f
Mam can you please make a video on sylows theorms
Very lovely mam 🌹
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thank you mam it was help full
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aapki video bhut helpful hoti hai
Glad it was helpful 😊
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We are going to start Maths Classes for BA/BSc Sem 2 Students, Please join UA-cam membership Plan (BSc Sem 2 Students) ua-cam.com/channels/xVm7BDqq6KLjptLZ94j-cg.htmljoin to early access exclusive videos, priority replies for your queries and comments and to connect with our channel on social media on a very nominal fee of Rs 199.
Thanks mam 😊😊😊
It’s my pleasure 🙏 Please Share with others..
❤
Mam tusi punjabi University de according syabllus karva rhe oo
for both pu and gndu. topics are same.
Mam Plan geometry ke bhi chapter krva do ji. Pehle usi ka hi paper h .Punjab university
Intermediate value theorem pleasee
Before one night the exan🙌🏻
Ma'am is paper mein important bataiye
Thank you mam...
Most welcome 😊 Please Share with others.
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Thank you mam
Glad it was helpful 😊
Please Keep Watching and Share with others.
Thx mam
Welcome 😊
If you're finding my math lessons helpful and engaging, I kindly request you to share them with your fellow students, classmates, and anyone who could benefit from a little mathematical magic. Together, let's make learning math a fun and exciting journey!
Thnku mam
Glad it was helpful 😊
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We are going to start Maths Classes for BA/BSc Sem 2 Students, Please join UA-cam membership Plan (BSc Sem 2 Students) ua-cam.com/channels/xVm7BDqq6KLjptLZ94j-cg.htmljoin to early access exclusive videos, priority replies for your queries and comments and to connect with our channel on social media on a very nominal fee of Rs 199.
Mam question v.. karvadi plzz
for pu or for gndu
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Please notes of this theorem
pdf of Taylor’s Theorems ua-cam.com/video/O7Lo9YHIEUU/v-deo.html
We are going to start Maths Classes for BA/BSc Sem 2 Students, Please join UA-cam membership Plan (BSc Sem 2 Students) ua-cam.com/channels/xVm7BDqq6KLjptLZ94j-cg.htmljoin to early access exclusive videos, priority replies for your queries and comments and to connect with our channel on social media on a very nominal fee of Rs 199.
Thank you so much ma'am ❤️
Thank u mam
Most welcome 😊
please share with others.