A straight line l with negative slope passes through (8,2) and cuts the coordinate axes at P and Q. Find absolute minimum value of ''OP+OQ`` where O is the origin-

If a straight line L with negative slope passing through (8,1) meets the coordinate axes at A and B then minimum value of OA+OB is

A straight line with negative slope passing through the point (2,8) cuts the cordinate axes at A and B then minimum value of OA+OB (where 0 is origin) is equal to

A straight line with negative slope passing through the point (1,4) meets the coordinate axes at A and B.The minimum value of OA+OB is equal to

A straight line L with negative slope passes through the point (8,2) and cuts the positive coordinate axes at the points P and Q .as L varies, the absolute minimum value of (OP+OQ)/2 O is origin is

A straight line L.with negative slope passes through the point (8,2) and cuts the positive coordinate axes at points P and Q, then the correct statement(s) among the following is/are (O is origin)

A line is drawn passing through point P(1,2) to cut positive coordinate axes at A and B . Find minimum area of DeltaPAB .

A straight line passes through a fixed point (n,k),n,k>0 and intersects the coordinate axes at P(a,0) and Q(0,b), Show that the minimum value of (a+b) is (sqrt(n)+sqrt(k))^(2)

Let (h,k) be a fixed point,where h>0,k>0. A straight line passing through this point cuts the positive direction of the coordinate axes at the point P and Q. Find the minimum area of triangle OPQ,O being the origin.

A variable line through point P(2,1) meets the axes at A and B. Find the locus of the circumcenter of triangle OAB (where O is the origin.