Points `(-4,\ 0)a n d\ (7,\ 0)` lie (a) on x-axis (b) on y-axis (c) in first quadrant (d) In second quadrant

Points (-4,0) and (7,0) lie on x-a xi s (b) y-a xi s in first quadrant (d) In second quadrant

The region represented by the inequation system x ,\ ygeq0,\ ylt=6,\ x +ylt=3 is (a) Unbounded in first quadrant (b)Unbounded in first and second quadrants (c)Bounded in first and second quadrants (d)None of these

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

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 is -3 and ordinate 2 lies in First quadrant (b) Second quadrant 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

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 first quadrant (b) second quadrant 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