Home
Class 12
MATHS
The locus of the moving point P such tha...

The locus of the moving point P such that `2PA=3PB`, where A is (0.0) and B is (4,-3), is

Text Solution

Verified by Experts

The correct Answer is:
`5x^2+5y^2-72x+54y+225=0`
Promotional Banner

Topper's Solved these Questions

Similar Questions

Explore conceptually related problems

The coordinates of the point P on the line 2x + 3y +1=0 such that |PA-PB| is maximum where A is (2,0) and B is (0,2) is

The locus of a point P which moves such that PA^(2)-PB^(2)=2k^(2) where A and B are (3,4 5) and (-1,3,-7) respectively is

The co-ordinates of a point P on the line 2x-y+5=0 such that |PA-PB| is maximum where A is (4,-2) and B is (2,-4) will be

Find the equation of the locus of a point P such that PA^(2)+PB^(2)=2c^(2) where A=(a,0) , B=(-a,0) and 0<|a|<|c|

Find a point P on the line 3x+2y+10=0 such that |PA - PB| is minimum where A is (4,2) and B is (2,4)

Find the equation of set of points P such that PA^(2)+PB^(2)=2k^(2) where A and B are the points and ,respectively.

Find the equation of the set of points P such that PA^(2)+PB^(2)=2k^(2) where A,B are the points (3,4,5) (-1,3,-7) respectively

If A -= (0,0) and B -= (4,-3) then the locus of the moving point P such that 2 PA = 3PB is

If A and B be the points (3,4,5) and (-1,3,-7) respectively find the equation of set of ponts P such that PA^2+PB^2=k^2, where k is a constant.