If the point `A` is symmetric to the point `B(4,-1)` with respect to the bisector of the first quadrant then `AB` is

If the point A is symmetric to the point B(4,-1) with respect to the bisector of the first quadrant, then the length of AB is:

If the point A is symmetric to the point B(4,-1) with respect to the bisector of the first quadrant, then the length of AB is:

If the point P is symmetric to the point Q(4,-1) with respect to the bisector of the first quadrant then the length of PQ is

Point Q is symmetric to P (4, -1) with respect to the bisector of the first quadrant. The length PQ is :

Point A is symmetric to B(4,-1) with respect to the bisector of the 1st quadrant Then [length of AB ] is [.] is G.I.F

Point underline(Q) is symmetric to P(4,-1) with respect to the bisector of the first quadrant. Then, length of P Q is

Statement -: Point Q is symmetric to point P(4,-3) with respect to bisector of first and third quadrantthen the length of PQ is 7sqrt2 Statement-2: Bisector of the first and third quadrant is perpendicular bisector of PQ.

Does the point (0,2) lie on the first quadrant?

Through the point (4,1) and making with the axes in the first quadrant a triangle whose area is 8.

The point (4,-7) in…..quadrant