Home
Class 12
MATHS
The curve with parametric equations x=1+...

The curve with parametric equations `x=1+4 cos theta, y=2+3 sin theta ` is

A

an ellipse

B

a parabola

C

a hyperbola

D

a circle

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Topper's Solved these Questions

  • THE ELLIPSE

    ML KHANNA|Exercise PROBLEM SET (1) (True and False)|1 Videos

  • THE ELLIPSE

    ML KHANNA|Exercise PROBLEM SET (1) (Fill in the blanks)|4 Videos

  • THE CIRCLE

    ML KHANNA|Exercise Self Assessment Test (Fill in the blanks) |7 Videos

  • THE HYPERBOLA

    ML KHANNA|Exercise SELF ASSESSMENT TEST |4 Videos

Similar Questions

Explore conceptually related problems

The curve with parametric equations x=1 +4cos theta , y= 2 +3 sin theta . is

Find the Cartesian equation of the curves whose parametric equation are : x=1 + 3 cos theta, y=2-3 sin theta

Find the equation of the curve whose parametric equation are x=1+4cos theta,y=2+3sin theta,theta in R

Find the Cartesian equation of the curves whose parametric equation are : x=5 cos theta, y = 5 sin theta

Find the Cartesian euqaiton of that curves whose parametric equation : x= 5+3 cos theta, y = 7 + 3 sin theta

Find the centre and radius of the circle whose parametric equation is x= -1+2 cos theta , y= 3+2 sin theta .

Find the Cartesian equation of the curves whose parametric equation are : x=cos theta + sin theta, y = sin theta - cos theta

Find the Cartesian euqaiton of that curves whose parametric equation : x= cos theta + sin theta + 1, y = sin theta - cos theta + 2

Distance between the foci of the curve represented by the equation x=3+4cos theta and y=2+3sin theta

Prove that : x cos theta + y sin theta = a and x sin theta - y cos theta = b are the parametric equations of a circle for all theta satisfying 0le thetalt2pi