A point whose abscissa and ordinate are 2 and `-5` respectively, lies in (a) First quadrant (b) Second quadrant (c) Third quadrant (d) Fourth quadrant

A point whose abscissa and ordinate are 2 and -5 respectively,lies in First quadrant (b) Secend quadrant Third quadrant (d) Fourth quadrant

A point whose abscissa is -3 and ordinate 2 lies in First quadrant (b) Second quadrant Third quadrant (d) Fourth quadrant

The abscissa of a point is positive in the (a) First and Second quadrant (b) Second and Third quadrant (c) Third and Fourth quadrant (d) Fourth and First quadrant

From the point (2, 2) tangent are drawn to the hyperbola (x^2)/(16)-(y^2)/9=1. Then the point of contact lies in the (a) first quadrant (b) second quadrant (c) third quadrant (d) fourth quadrant

From the point (2, 2) tangent are drawn to the hyperbola (x^2)/(16)-(y^2)/9=1. Then the point of contact lies in the (a) first quadrant (b) second quadrant (c) third quadrant (d) fourth quadrant

From the point (2, 2) tangent are drawn to the hyperbola (x^2)/(16)-(y^2)/9=1. Then the point of contact lies in the (a)first quadrant (b) second quadrant (c)third quadrant (d) fourth quadrant

The abscissa of a point is positive in the First and Second quadrant (b) Second and Third quadrant Third and Fourth quadrant (d) Fourth and First quadrant

The abscissa of a point is positive in the First and Second quadrant (b) Second and Third quadrant Third and Fourth quadrant (d) Fourth and First quadrant

If sqrt((1-sinA)/(1+sinA))+(sinA)/(cosA)=(1)/(cosA), for all permissible values of A, then A belongs to (a) First Quadrant (b) Second Quadrant (c) Third Quadrant (d) Fourth Quadrant

From the point (2, 2) tangent are drawn to the hyperbola (x^2)/(16)-(y^2)/9=1. Then the point of contact lies in the first quadrant (b) second quadrant third quadrant (d) fourth quadrant