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329 results

Dr Rakesh Kumar Tripathi
DIFFERENTIABILITY OF F(X)=|X|+|X+1| IN (-2,1) | DIFFERENTIABILITY | CBSE 2015

drrakeshkumartripathi#IITMathematicsClass12#CONTINUITY and DIFFERENTIABILITY CONTINUITY LECTURE-1|MOST ...

18:56
DIFFERENTIABILITY OF F(X)=|X|+|X+1| IN (-2,1) | DIFFERENTIABILITY | CBSE 2015

126 views

5 years ago

Arthur Parzygnat
Analysis II Lecture 12 Part 1 the tangent space

The tangent space of Euclidean space (or of an open set in Euclidean space) at a point is a vector space of the same dimension ...

12:28
Analysis II Lecture 12 Part 1 the tangent space

4,592 views

7 years ago

calcvids
Local Linearity and Differentiability

This video explains what it means for a function to be differentiable and how this is based on local linearity. This video is part of ...

10:00
Local Linearity and Differentiability

1,048 views

5 years ago

mathematicsgcc
Tangent Lines, Rate of Change and Differentiation.

Discussion based on the book “Calculus” by Soo T.Tan, a prescribed Text for Second Semester B.Sc Mathematics Students ...

11:53
Tangent Lines, Rate of Change and Differentiation.

453 views

5 years ago

Arthur Parzygnat
Analysis II Lecture 11 Part 2 alternative definition of manifold and non-examples

An alternative (seemingly weaker) definition of a differentiable/C^r manifold is given. With this definition, it is easier to see why ...

13:09
Analysis II Lecture 11 Part 2 alternative definition of manifold and non-examples

1,457 views

7 years ago

Doubtnut
Let f and g be two differentiable functins such that:  `f (x)=g '(1) sin x+ (g'' (

Let f and g be two differentiable functins such that: `f (x)=g '(1) sin x+ (g'' (2) -1) x` `g (x) = x^(2) -f'((pi)/(2)) x+ f'(-(pi)/(2))` The ...

4:19
Let f and g be two differentiable functins such that: `f (x)=g '(1) sin x+ (g'' (

26 views

5 years ago

Arthur Parzygnat
Analysis II Lecture 01 Part 4 determinants

The determinant of a square matrix is defined as a multi-linear form. This is a review of a concept from linear algebra. This is part ...

11:28
Analysis II Lecture 01 Part 4 determinants

1,314 views

7 years ago

MATHS IS EASY Mathematically Proven
DIFFERENTIABILITY - PART 1( FIRST PRINCIPLE DERIVATIVES & COMPOSITE FUNCTIONS)(SOLVE IN 60 SEC)

EASY TRICKS -CLASS 12 (BOARD EXAMS) FOR CBSE/IGCSE/IBDP/JEE MAINS & ADVANCED MATHS/SAT LEVEL 1 & 2/AP ...

10:05
DIFFERENTIABILITY - PART 1( FIRST PRINCIPLE DERIVATIVES & COMPOSITE FUNCTIONS)(SOLVE IN 60 SEC)

52 views

6 years ago

The Random Professor
Optimization, Part 2

Finding extreme values using the first derivative test. For more math, subscribe to my channel: ...

8:22
Optimization, Part 2

5,405 views

8 years ago

Vincent Bouchard
MATH 144 - 6.2 - Mean Value Theorem

... and differentiability are essential here for the mean value theorem to be correct so before we move on to an example there's two ...

9:06
MATH 144 - 6.2 - Mean Value Theorem

812 views

10 years ago

Vincent Bouchard
MATH 146 - 12.3 - Tangent plane, linear approximation and linearization

I just realized I used that song before in a previous video! I gotta be more original... :-)

14:37
MATH 146 - 12.3 - Tangent plane, linear approximation and linearization

1,379 views

5 years ago

Maths Made Easy
Derivative of exponential and logarithmic functions

By watching this video, you will be familiar with problems in exponential and logarithmic functions.

18:49
Derivative of exponential and logarithmic functions

105 views

5 years ago

Maths Made Easy
CONTINUITY & DIFFERENTIABILITY (XII – CH-5)

This video gives the students a clear understanding on CONTINUITY & DIFFERENTIABILITY (XII – CH-5)

16:56
CONTINUITY & DIFFERENTIABILITY (XII – CH-5)

237 views

5 years ago

Arthur Parzygnat
Analysis II Lecture 13 Part 4 submanifolds and normal vectors

A submanifold of a larger manifold has a tangent space that is a vector subspace of the tangent space of the larger manifold at ...

12:14
Analysis II Lecture 13 Part 4 submanifolds and normal vectors

3,716 views

7 years ago

The Random Professor
Optimization, Part 1

Find the greatest and least values of a function. For more math, subscribe to my channel: https://www.youtube.com/jeffsuzuki1.

5:42
Optimization, Part 1

11,596 views

8 years ago

calcvids
l'Hopital's Rule (l'Hospital's Rule)

This video explains what l'Hôpital's rule is and shows several examples of using it to compute indeterminate forms of limits This ...

6:56
l'Hopital's Rule (l'Hospital's Rule)

3,300 views

5 years ago

Arthur Parzygnat
Analysis II Lecture 14 Part 1 orientations

An orientation on a vector space is a choice of an equivalence class of ordered bases where two ordered bases are equivalent iff ...

12:51
Analysis II Lecture 14 Part 1 orientations

1,215 views

7 years ago

Andrew Misseldine
Math 1210, Exam 2 - Question 6

... do zero plus over zero minus this always cancels out just to be negative one and it goes the other way around two if you'd have ...

4:37
Math 1210, Exam 2 - Question 6

120 views

4 years ago

Doubtnut
If `f (x)=|||x|-2|+p|` have more than 3 points non-derivability then the value of p can be :

If `f (x)=|||x|-2|+p|` have more than 3 points non-derivability then the value of p can be :

4:39
If `f (x)=|||x|-2|+p|` have more than 3 points non-derivability then the value of p can be :

94 views

5 years ago

Science Valhalla
Left & right continuity | | Continuity at endpoints | | Continuity on an interval

Left & right continuity | | Continuity at endpoints | | continuity on an interval Hi, my name is Happy Sharma. I welcome you again on ...

4:53
Left & right continuity | | Continuity at endpoints | | Continuity on an interval

1,150 views

4 years ago

Doubtnut
Find the derivatives of the following functions :   `(sqrt(x)+1)/(sqrt(x)-1)`

Find the derivatives of the following functions : `(sqrt(x)+1)/(sqrt(x)-1)`

4:26
Find the derivatives of the following functions : `(sqrt(x)+1)/(sqrt(x)-1)`

438 views

5 years ago

Doubtnut
Verify tht `y=e^(x)` cos bx is a solution of the differential equation `(d^(2)y)/(dx^(2))-2(dy)/(dx)

Verify tht `y=e^(x)` cos bx is a solution of the differential equation `(d^(2)y)/(dx^(2))-2(dy)/(dx)+2y=0.`

7:20
Verify tht `y=e^(x)` cos bx is a solution of the differential equation `(d^(2)y)/(dx^(2))-2(dy)/(dx)

1,897 views

5 years ago

Doubtnut
Examine the following functioins for continuity : (a) f(x) = x-5 (b) `f(x)=1/(x-5), x ne 5` ( c)

Examine the following functioins for continuity : (a) f(x) = x-5 (b) `f(x)=1/(x-5), x ne 5` ( c) `f(x) = (x^2-25)/(x+5) , x ne -5` (d) `f(x) ...

5:07
Examine the following functioins for continuity : (a) f(x) = x-5 (b) `f(x)=1/(x-5), x ne 5` ( c)

1,350 views

6 years ago

Arthur Parzygnat
Analysis II Lecture 17 Part 1 the method of successive approximations

Fixed points are defined using equalizers (from category theory). Finding the fixed points of certain functions can be done by the ...

15:27
Analysis II Lecture 17 Part 1 the method of successive approximations

1,186 views

7 years ago

Khan Academy India - English
Derivatives using first principle | Limits and derivatives | Grade 11 | Math | Khan Academy

In this video, we'll solve two problems where we find the limit of functins from first principle. Through these problems, we'll learn ...

5:29
Derivatives using first principle | Limits and derivatives | Grade 11 | Math | Khan Academy

1,916 views

10 months ago