Home
Class 12
MATHS
A (1, 2 ) , B (2, - 3 ), C ( - 2, 3 ...

` A (1, 2 ) , B (2, - 3 ), C ( - 2, 3 ) ` are three points. If P is a point moves such that ` PA^ 2 + PB^ 2 = 2 PC^ 2 `, then the locus of P is

Promotional Banner

Similar Questions

Explore conceptually related problems

A ( 2, 3 ) , B ( 1, 5 ) , C ( - 1, 2 ) are the three points. If P is a point moves such that P A^ 2 + PB^ 2 = 2 PC^ 2 , then the locus of P is

A(1, 2) B(2, -3) C(-2, 3) are three points. If P is a point moves such that PA^2 + PB^2 = 2PC^2 then the locus of P is

A(2,3),B(1,5),C(-1,2)" are three points.If "P" is a point moves such that "PA^(2)+PB^(2)=2PC^(2)" ,then the locus of "P" is "

A(2,3) , B (1,5), C(-1,2) are the three points . If P is a point such that PA^(2)+PB^(2)=2PC^2 , then find locus of P.

A(2,3) , B (1,5), C(-1,2) are the three points . If P is a point such that PA^(2)+PB^(2)=2PC^2 , then find locus of P.

A (c,0) and B (-c,0) are two points . If P is a point such that PA + PB = 2a where 0 lt c lt a, then find the locus of P.

A (c,0) and B (-c,0) are two points . If P is a point such that PA + PB = 2a where 0 lt c lt a, then find the locus of P.

A( 5, 3 ) , B ( 3, - 2 ) , C ( 2, - 1) are three points. If P is a point such that the area of the quadrilateral PABC is 10 sq. unit, then the locus of P is

A ( 2, 3 ) , B ( -2, 3 ) are two points. The locus of P which moves such that PA- PB = 4 is

A ( 2, 3 ) , B ( 3, - 4 ) are two points. The locus of the point P such that PA^ 2 + PB^ 2 = 10 is