Home
Class 12
MATHS
The number of distinct line(s) which is/...

The number of distinct line(s) which is/are tangent at a point on curve `4x^3 = 27y^2` and normal at other point, is

Promotional Banner

Similar Questions

Explore conceptually related problems

Find the slope of straight line which is both tangent and normal to the curve 4x^(3)=27y^(2)

Find the equation of the straight line which is tangent at one point and normal at another point of the curve x=3t^(2), y=2t^(3) .

Determine the equation of straight line which is tangent at one point and normal at any point of the curve x=3t^2 , y=2t^3

The equation of the straight lines which are both tangent and normal to the curve 27x^(2)=4y^(3) are

The equation of the straight lines which are both tangent and normal to the curve 27x^(2)=4y^(3) are

The equation of the straight lines which are both tangent and normal to the curve 27x^(2)=4y^(3) are

Determine the equation of straight line which is tangent at one point and normal at any point of the curve x=3t^(2),y=2t^(3)

At which point the tangent to the curve x^(2)+y^(2)=25 is parallel to the line 3x-4y=7 ?

Find the equations of the tangent line to the curve: y=x^3 - 3x +5 at the point (2,7)