If all the vertices of a triangle have ...

If all the vertices of a triangle have integral coordinates, then the triangle may be (a) right-angle(b) equilateral (c) isosceles(d) none of these

Similar Questions

Explore conceptually related problems

If each of the vertices of a triangle has integral coordinates, then the triangles may be

If the vertices of a triangle have integral coordinates, prove that the trinagle cannot be equilateral.

If the vertices of a triangle having integral coordinates.Prove that triangle can't be equileteral.

If the vertices of a triangle have rational coordinates,then prove that the triangle cannot be equilateral.

If two vertices of an equilaterla triangle have integral coordinates, then the third vetex will have

It is possible to have a right-angled equilateral triangle

In any triangle ABC if 2cos B=(a)/(c), then the triangle is(A) Right angled (C) Isosceles (B) Equilateral (D) None of these

If in a triangle (1-(r_(1))/(r_(2)))(1-(r_(1))/(r_(3)))=2 then the triangle is right angled (b) isosceles equilateral (d) none of these