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0:09:49

Find Partial Derivative f(x,y)=(sin(x^3+y^3)/(x^2+y^2 ) (x,y)≠(0,0) 0 (x,y)=(0,0)

0:10:26

Use the limit definition of partial derivative f(x,y)=1-x+y-3x^2 y ∂f/∂x,∂f/( ∂y), at (1,2)

0:04:10

Let f be function defined by f(x)=f(x)=∑_(n=1)^∞x^n/n for all x such that (-1,1)Then f'(x)??

0:08:38

Which of the following equations has the greatest number of real solutions? GRE/ AJK PSC MATH

0:06:14

The region bounded by the curves y = x and y= x^2 The volume of the resulting solid of revolution is

0:06:23

Which of the following is NOT a group?

0:05:11

Let V and W be 4dimensional subspaces of a 7dimensional vector space X. find the dimension of V ∩W?

0:06:27

Sofia and Tess will each randomly choose one of the 10 integers from1 to 10 What is the probability

0:04:53

√ (x+3)^2+(y-2)^2 = √ (x-3)^2 +y^2 In the XY-plane, the set of points whose coordinates satisfy the

0:00:31

Introduction to the Math Experts Channel.

0:12:17

What is the Area of an Equilateral Triangle Whose Inscribe circle has a radius of 2?

0:04:02

Which of the following shows the numbers 2^1/2, 3^1/3 and 6^1/6 in increasing order

0:25:41

The static deflection y(x) of a uniform beam | EI d^4y/dx^4 =w(x)

0:14:21

Solve by Laplace Transform y'+y=f(t),y(0)=5, f(t) = 0 and 3cost

0:08:10

Solve By Inverse Laplace Transform L^(-1) [1/(S-4) e^(-2S) ] and L^(-1) [S/(S^2-9) e^(-π/2 S) ]

0:02:46

∫_(e^(-3))^(e^(-2) [1/(x log⁡ x ) dx / Past Paper PSC Lecturer math / GAT Subject / GRE

0:02:57

Lim x →0 [COS(ax)-1/x^2] | PSC/ GAT Subject / GRE Subject / FPSC / Lecturer Math Past Solved Papers.

0:06:20

2nd Translation Theorem (2nd Shift Theorem) | With Proof

0:09:34

Laplace Transform | Unit step function (Heaviside function) | Compact form | Piecewise function

0:12:34

Laplace Transform L[1/(s^2 + k^2)^2] | Detail Explanation.

0:05:36

Laplace transform of e^(t) f(t-T) | Detail Explanation

0:20:50

Convolution Theorem Proof | Laplace Transform of Integrals | Changing the Order of Integration.

0:11:01

Solve the IVP by Laplace Transform x^''+16x=COS4t, x(0)=0, x'(0)=1 | Detail Explanation.

0:07:02

DERIVATIVES OF A LAPLACE TRANSFORM | GENERAL DERIVATION | d/ds(F(s)). | Full Detail Explanation.