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

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

The number of points, having both coordinates are integers, that lie in the interior of the triangle with vertices (0,0), (0,41) and (41, 0) is

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

Which of the following molecules does not have coordinate bonds?

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.

Which of the following does not have a coordinate bond ?

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

Fill in the blanks to make the given statements true. (i) A point in which the x-coordinate is 0 and y-coordinate is 5 will lie on ________ . (ii) All points with y-coordinate as 0 lie on ______ . (iii) The x-coordinate of any point lying on the y-axis is always ______ . (iv) The point where the two axes intersect is called the ______ . (v) For the point (5, 2), the distance from the x-axis is _______ units. (vi) The distance of any point from the y-axis is the _______ coordinate. (vii) The coordinates of the origin are ______ .

Plotting any three points such that x-coordinate of each point is equal to double of its y-coordinate and Joining these points in pairs, we get points lie on A passing through B .