If the `x and y` co-ordinates of the point P are positive integers mean IIT point. If P is any point in the interior of the quadrilateral lo the axes and the lines `x+y=2 and 2x+3y=7` then number of IIT points inside this quadrilateral

P(m,n)(m,n in N) is any point in the inerior of the the quadrilateral formed by the pair of lines xy=0 and two lines 2x+y-2=0 and 4x+5y=20 then the possible number of positions of the points P is

P(m,n) (where m,n are natural numbers) is any point in the interior of the quadrilateral formed by the pair of lines xy=0 and the lines 2x+y-2=0 and 4x+5y=20. The possible number of positions of the point P is.

If A(n, n^2) (where n in N) is any point in the interior of the quadrilateral formed by x=0, y=0, 3x+y-4=0 and 4x+y-20=0 then the possible number of position of A is

P(m , n) (where m , n are natural numbers) is any point in the interior of the quadrilateral formed by the pair of lines x y=0 and the lines 2x+y-2=0 and 4x+5y=20 . The possible number of positions of the point P is. 7 (b) 5 (c) 4 (d) 6

P(m , n) (where m , n are natural numbers) is any point in the interior of the quadrilateral formed by the pair of lines x y=0 and the lines 2x+y-2=0 and 4x+5y=20 . The possible number of positions of the point P is. 7 (b) 5 (c) 4 (d) 6

P(m , n) (where m , n are natural numbers) is any point in the interior of the quadrilateral formed by the pair of lines x y=0 and the lines 2x+y-2=0 and 4x+5y=20 . The possible number of positions of the point P is. 7 (b) 5 (c) 4 (d) 6

P(m , n) (where m , n are natural numbers) is any point in the interior of the quadrilateral formed by the pair of lines x y=0 and the lines 2x+y-2=0 and 4x+5y=20 . The possible number of positions of the point P is. (a) 7 (b) 5 (c) 4 (d) 6

Find the co-ordinates of the point of intersection of the straight lines 2x-3y-7=0 , 3x-4y-13=0

The number of points P(x, y) with natural numbers as coordinates that lie inside the quadrilateral formed by the lines 2x+y=2, x=0, y=0 and x+y=5 is