A circle makes intercepts of length 2a and 3b on the coordinates axes. The equation ofthe tangent from the origin to the circle is

A line A B makes intercepts of lengths a and b on the coordinate axes. Find the equation of the parabola passing through A ,B , and the origin, if A B is the shortest focal chord of the parabola.

A line AB makes intercepts of length a and b on the coordinate axes. Find the equation of the parabola passing through A, B and the origin if AB is the shortest focal chord of the parabola.

A plane makes intercepts -6,3,4 upon the coordinate axes. Then, the length of the perpendicular from the origin on it is

A plane makes intercepts 1,2, 3 on the coordinate axes. If the distance from the origin is p, then the value of p is

A line makes equal intercepts of length a on the coordinate axes. A circle is circumscribed about the triangle which the line makes with the coordinate axes. The sum of the distance of the vertices of the triangle from the tangent to this circle at the origin is

If a chord of circle x^(2)+y^(2)=8 makes equal intercepts of length a on the coordinate axes then |a|<

A variable line makes intercept on the coordinate axes.If the length of perpendicular on the line from the origin is the geometric mean of the lengths of intercepts,then find the locus of the foot of perpendicular drawn from the origin.

If a chord of circle x^2 + y^2 =8 makes equal intercepts of length ‘a’ on the coordinate axes then |a| <

A circle is drawn with (5,3) as centre. (5,6) is a point on the circle.What is the length of the tangents from the origin to the circle?