LetA (-4.0) and B (4.0). Number of points C (x.y) on the circle x +y -16 such that the areaof the triangle whose vertices are A.Band Cisapositive integer, is

Let A (-4,0) ,B(4,0) Number of points c= (x,y) on circle x^2+y^2=16 such that area of triangle whose verties are A,B,C is positive integer is:

Let A (-4,0) ,B(4,0) Number of points c= (x,y) on circle x^2+y^2=16 such that area of triangle whose verties are A,B,C is positive integer is:

Let A (-4,0) ,B(4,0) Number of points c= (x,y) on circle x^2+y^2=16 such that area of triangle whose verties are A,B,C is positive integer is:

Let A(-4,0),B(4,0) Number of points c=(x,y) on circle x^(2)+y^(2)=16 such that area of triangle whose verties are A,B,C is positive integer is:

let A(-4,0),B(4,0) number of points c=(x,y) on circle x^(2)+y^(2)=16 such that area of triangle whose vertais one A,B,C is positive integer:

Let A(−4,0) , B(4,0) & C(x,y) be points on the circle x^2 + y^2 = 16 such that the number of points for which the area of the triangle whose vertices are A, B and C is a positive integer, is N then the value of [N/7] is, where [⋅] represents greatest integer function.

Let A(−4,0) , B(4,0) & C(x,y) be points on the circle x^2 + y^2 = 16 such that the number of points for which the area of the triangle whose vertices are A, B and C is a positive integer, is N then the value of [N/7] is, where [⋅] represents greatest integer function.

Find the vertices and the area of the triangle whose sides are x=y, y=2x and y=3x+4 .

Find the vertices and the area of the triangle whose sides are x=y, y=2x and y=3x+4 .

The area of the triangle whose sides are along x=0, y=0 and 4 x+5 y=20 is