--> -->
Skip to main content
Diploma Maths Online tuition
Learn at your place, at your speed and at your time

Main menu

  • Home

You are here

Home » First order First degree differential Equations

Type 3 : To form a differential Equation

SN Problem Solution video Solution Image
1

How to form differential equation?

2

Form the differential equation by

elimination the arbitrary constant from

following equation

y = c^2 + \frac{c}{x}

3

To form a differential Equation

y = a..cos..x

4

To form a differential Equation

y^2 = 4ax

5

To form a Differential Equation

\large y = c_{1} \: cosx + c_{2} \: sinx

6

To form a Differential Equation

\large y = A. e^3^x + B. e^-^3^x

7

To form a Differential Equation

\large xy = a.e^x + b.e^-^x

  • How to form differential equation?
  • Problem 1
  • Problem 2
  • Problem 3
  • Problem 4
  • Problem 5
  • Problem 6
‹ Problem 7 : To Verify Solution of Differential Equation up How to form differential equation? ›

Where You are?

  • ....
  • Algebra
  • Applications of Definite Integration
  • Applications of Derivatives
  • Co-ordinate Geometry
  • Differential Calculus
  • First order First degree differential Equations
    • Type 1 : To find order and degree of differential equation
    • Type 2 : To Verify Solution of Differential Equation
    • Type 3 : To form a differential Equation
      • How to form differential equation?
      • Problem 1
      • Problem 2
      • Problem 3
      • Problem 4
      • Problem 5
      • Problem 6
    • Type 4 : Variable Separable type Differential Equation
    • Type 5 : Reducible to Variable separable type differential equation
    • Type 8 : Linear Differential Equations
  • Integral Calculus
  • Mensuration
  • old m3 book
  • Probability Distribution (Mech/Auto group)
  • Statistics
  • Trigonometry