Given that y=e^xsinx, show that d²x/dx² - 2dy/dx - 2y = 0 (Derivative)

preview_player
Показать описание

  1. Jacob Sichamba Online Math
Рекомендации по теме
Given that y=e^xsinx, 0:06:19

Given that y=e^xsinx, show that d²x/dx² - 2dy/dx - 2y = 0 (Derivative)

Miscellaneous Graphs : 0:03:21

Miscellaneous Graphs : y= x+sinx, y= xsinx, y=e^xsinx, y=x^2+1/x : Transformation Lecture 12

Find the derivative 0:01:44

Find the derivative of the function y = e^x sin x

derivative of y 0:00:53

derivative of y = e^x*sinx

Given e^xy=sinx show 0:07:14

Given e^xy=sinx show that d²y/dx²+2dy/dx+2y=0

If `y=e^(x) sinx` 0:01:24

If `y=e^(x) sinx` then calculate `(dy)/(dx)`

When mathematicians get 0:00:37

When mathematicians get bored (ep1)

Find the Differential 0:03:23

Find the Differential Equation Given the Solution y = C_1e^(-x)cos(x) + C_2e^(-x)sin(x)

Q54 Using the 0:15:28

Q54 Using the idea of wronskian, Show that e^xcosx and e^xsinx are linearly independent solution ..

Q47 Show that 0:09:47

Q47 Show that the functions e^xcosx and e^xsinx are linearly independent. Form the differetial..

Integral of e^x 0:04:56

Integral of e^x sinx

Integrate e^x sin(x) 0:06:49

Integrate e^x sin(x) dx

How to integrate 0:05:16

How to integrate e^x sinx using Integration by Parts

Find the second 0:04:32

Find the second order derivative of the function e^x sin 5x Ncert continuity and Differentiation

Prove that the 0:05:42

Prove that the Functions sin(x), cos(x), and x are Linearly Independent over the set of Real Numbers

Maclaurin series of 0:05:12

Maclaurin series of e^x sinx

Find `dy/dx` if 0:02:08

Find `dy/dx` if `y=e^x sin x`

NEWYES Calculator VS 0:00:14

NEWYES Calculator VS Casio calculator

Quadratic Equations IIT 0:00:50

Quadratic Equations IIT Questions No 11 ( X Class)

Differential Equations|P.I of 0:02:52

Differential Equations|P.I of (D^2-2D+1)y=e^x sinx |TRB Exam

#Trigonometry all formulas 0:00:16

#Trigonometry all formulas

Functions IIT Questions 0:00:48

Functions IIT Questions NO 11 ( X Class)

If `y=(e^(2x) cosx)/(xsinx)` 0:04:10

If `y=(e^(2x) cosx)/(xsinx)` then `(dy)/(dx)=`

Find dy/dx if 0:01:11

Find dy/dx if y= x.sinx | 12 | DIFFERENTIAL EQUATION | MATHS | RD SHARMA ENGLISH | Doubtnut

join shbcf.ru