Among the lines passing through C (3,1), BA is farthest from the origin and cuts the x -axis and y -axis at A and B respectively. Then BC/CA is........

The foot of the perpendicular on the line 3x+y=lambda drawn from the origin is C. If the line cuts the x and the y-axis at A and B respectively,then BC:CA is 1:3 (b) 3 : 1 (c) 1:9( d) 9:1

Draw the line passing through (2,3) and (3,2) Find the coordinates of the points at which this line meets the x-axis and y-axis.

Equation of the striaght lines passing through points (4,3) and respectively parallel to x-axis and y-axis are

Equation of the circle passing through the origin and makes intercepts 4 and 6 on negative x -axis & negative y -axis respectively is

A curve y=f(x) passes through (1,1) and tangent at P(x , y) cuts the x-axis and y-axis at A and B , respectively, such that B P : A P=3, then (a) equation of curve is x y^(prime)-3y=0 (b) normal at (1,1) is x+3y=4 (c) curve passes through 2, 8 (d) equation of curve is x y^(prime)+3y=0

A line L varies such that length of perpendicular on it from origin O is always 4 units. If L cuts x-axis and y-axis at A and B respectively then minimum value of (OA)^(2)+(OB)^(2) is

If the centre of the circle passing through the origin is (3,4) . then the intercept cut off by the circle on x-axis and y-axis respectively are

Find the equation of the circle, passing through the origin and cutting off intercepts 2a units and b units on the x-axis and y-axis respectively.

Tangent is drawn at any point P of a curve which passes through (1,1) cutting x -axis and y -axis at A and B respectively.If AP:BP=3:1, then