English

Find the differential equation of family of lines making equal intercepts on coordinate axes

Advertisements
Advertisements

Question

Find the differential equation of family of lines making equal intercepts on coordinate axes

Sum
Advertisements

Solution

The equation of family of lines which makes equal intercepts on coordinate axes is

x + y = a, where a is an arbitrary constant.

Differentiating w.r.t. x, we get

`1 + ("d"y)/("d"x)` = 0, which is the required differential equation.

shaalaa.com
  Is there an error in this question or solution?
Chapter 2.6: Differential Equations - Answer the following

APPEARS IN

SCERT Maharashtra Mathematics and Statistics (Arts and Science) [English] 12 Standard HSC
Chapter 2.6 Differential Equations
Answer the following | Q 1

RELATED QUESTIONS

Obtain the differential equation by eliminating the arbitrary constants from the following equation:

(y - a)2 = 4(x - b)


Obtain the differential equation by eliminating the arbitrary constants from the following equation:

y = a + `"a"/"x"`


Form the differential equation of family of lines parallel to the line 2x + 3y + 4 = 0.


Form the differential equation of all parabolas whose axis is the X-axis.


Solve the following differential equation:

`log  ("dy"/"dx") = 2"x" + 3"y"`


Solve the following differential equation:

`"sec"^2 "x" * "tan y"  "dx" + "sec"^2 "y" * "tan x"  "dy" = 0` 


Solve the following differential equation:

`"dy"/"dx" = - "k",` where k is a constant.


Solve the following differential equation:

`(cos^2y)/x dy + (cos^2x)/y dx` = 0


Solve the following differential equation:

`2"e"^("x + 2y") "dx" - 3"dy" = 0`


For the following differential equation find the particular solution satisfying the given condition:

`y(1 + log x) dx/dy - x log x = 0, y = e^2,` when x = e


For the following differential equation find the particular solution satisfying the given condition:

`("x" + 1) "dy"/"dx" - 1 = 2"e"^-"y" , "y" = 0`, when x = 1


For the following differential equation find the particular solution satisfying the given condition:

`cos("dy"/"dx") = "a", "a" ∈ "R", "y"(0) = 2`


Reduce the following differential equation to the variable separable form and hence solve:

`"dy"/"dx" = cos("x + y")`


Reduce the following differential equation to the variable separable form and hence solve:

`("x - y")^2 "dy"/"dx" = "a"^2`


Reduce the following differential equation to the variable separable form and hence solve:

`"x + y""dy"/"dx" = sec("x"^2 + "y"^2)`


Reduce the following differential equation to the variable separable form and hence solve:

`cos^2 ("x - 2y") = 1 - 2 "dy"/"dx"`


Reduce the following differential equation to the variable separable form and hence solve:

(2x - 2y + 3)dx - (x - y + 1)dy = 0, when x = 0, y = 1.


Solve the following differential equation:

(x2 + y2)dx - 2xy dy = 0


Choose the correct option from the given alternatives:

The solution of `("x + y")^2 "dy"/"dx" = 1` is


Choose the correct option from the given alternatives:

`"x"^2/"a"^2 - "y"^2/"b"^2 = 1` is a solution of


Obtain the differential equation by eliminating the arbitrary constants from the following equation:

(y - a)2 = b(x + 4)


Obtain the differential equation by eliminating the arbitrary constants from the following equation:

y = `sqrt("a" cos (log "x") + "b" sin (log "x"))`


Obtain the differential equation by eliminating the arbitrary constants from the following equation:

y = `"Ae"^(3"x" + 1) + "Be"^(- 3"x" + 1)`


Form the differential equation of all parabolas which have 4b as latus rectum and whose axis is parallel to the Y-axis.


Solve the following differential equation:

`"dx"/"dy" + "8x" = 5"e"^(- 3"y")`


Find the particular solution of the following differential equation:

y(1 + log x) = (log xx) `"dy"/"dx"`, when y(e) = e2


The general solution of `(dy)/(dx)` = e−x is ______.


Select and write the correct alternative from the given option for the question 

The solutiion of `("d"y)/("d"x) + x^2/y^2` = 0 is


Find the general solution of `("d"y)/("d"x) = (1 + y^2)/(1 + x^2)`


Form the differential equation of y = (c1 + c2)ex 


Find the differential equation by eliminating arbitrary constants from the relation x2 + y2 = 2ax


Verify y = log x + c is the solution of differential equation `x ("d"^2y)/("d"x^2) + ("d"y)/("d"x)` = 0


Find the differential equation of the family of circles passing through the origin and having their centres on the x-axis


Find the differential equation of the family of parabolas with vertex at (0, –1) and having axis along the y-axis


Choose the correct alternative:

The slope at any point of a curve y = f(x) is given by `("d"y)/("d"x) - 3x^2` and it passes through (-1, 1). Then the equation of the curve is


The differential equation of all lines perpendicular to the line 5x + 2y + 7 = 0 is ____________.


The general solution of the differential equation of all circles having centre at A(- 1, 2) is ______.


The differential equation representing the family of parabolas having vertex at origin and axis along positive direction of X-axis is ______.


If m and n are respectively the order and degree of the differential equation of the family of parabolas with focus at the origin and X-axis as its axis, then mn - m + n = ______.


The differential equation for all the straight lines which are at the distance of 2 units from the origin is ______.


The differential equation of all parabolas whose axis is Y-axis, is ______.


Solve the differential equation

cos2(x – 2y) = `1 - 2dy/dx`


Form the differential equation of all concentric circles having centre at the origin.


A particle is moving along the X-axis. Its acceleration at time t is proportional to its velocity at that time. Find the differential equation of the motion of the particle.


The differential equation whose solution represents the family \[x^{2}y=4e^{x}+c\], where c is an arbitrary constant, is


Share
Notifications

Englishहिंदीमराठी


      Forgot password?
Use app×