Where does a point having y-coordinate `-5` lie?

Where does a point having y-coordinate -2 lie?

The number of points with integral coordinates that lie in the interior of the region common to the circle x^(2)+y^(2)=16 and the parabola y^(2)=4x , is

The Cartesian coordinates of point having polar coordinates (-2, (2pi)/3) will be

The ellipse 4x^(2)+8y^(2)=64 and the circle x^(2)+y^(2)=9 intersect at points where the y-coordinates is

Decide which of the following statements is true and which is false. Give reasons for your answer. A point whose x-coordinate is zero, will lie on the y-axis. A point whose y-coordinate is zero, will lie on x-axis. The coordinates of the origin are (0, 0). Points whose x\ a n d\ y coordinates are equal, lie on a line passing through the origin.

Find the number of point (x ,y) having integral coordinates satisfying the condition x^2+y^2<25

Plot any three points such that x-coordinate of each point is equal to its y-coordinate. Join these points in pairs. Do they lie on a line passing through the origin?

Which of the following does not have coordinate bonds ? .

In following figure, the point identified y the coordinates (-5,3) is

How many points with integer coordinates lie on or inside a circle of radius three units centered at the origin?