[" 4.The centroid of an equilateral triangle is "(0,0)" .If two "],[" vertices of the triangle lie on "x+y=2sqrt(2)" ,then find all "],[" the possible vertices of triangle."]

The centroid of an equilateral triangle is (0,0). If two vertices of the triangle lie on x+y = 2sqrt(2) , then find all the possible vertices fo triangle.

The centroid of an equilateral triangle is (0,0). If two vertices of the triangle lie on x+y = 2sqrt(2) , then find all the possible vertices fo triangle.

The centroid of an equilateral triangle is (0,0). If two vertices of the triangle lie on x+y = 2sqrt(2) , then one of them will have its coordinates

The centroid of an equilateral triangle is (0,0). If two vertices of the triangle lie on x+y=2sqrt2 , then one of them will have its coordinates

The centroid of an equilateral triangle is (0,0) If two vertices of the triangle lie on x+y=2sqrt(2), then one of them will have its coordinates.(a) (sqrt(2)+sqrt(6),sqrt(2)-sqrt(6))( b) (sqrt(2)+sqrt(3),sqrt(2)-sqrt(3))(c)(sqrt(2)+sqrt(5),sqrt(2)-sqrt(5))(d) none of these

The centroid of an equilateral triangle is (0, 0). If two vertices of the triangle lie on x+y=2sqrt(2), then one of them will have its coordinates. (a) (sqrt(2)+sqrt(6),sqrt(2)-sqrt(6)) (b) (sqrt(2)+sqrt(3),sqrt(2)-sqrt(3)) (c) (sqrt(2)+sqrt(5),sqrt(2)-sqrt(5)) (d) none of these

The centroid of an equilateral triangle is (0, 0). If two vertices of the triangle lie on x+y=2sqrt(2), then one of them will have its coordinates. (a) (sqrt(2)+sqrt(6),sqrt(2)-sqrt(6)) (b) (sqrt(2)+sqrt(3),sqrt(2)-sqrt(3)) (c) (sqrt(2)+sqrt(5),sqrt(2)-sqrt(5)) (d) none of these

Two vertices of an equilateral triangle are origin and (4, 0). What is the area of the triangle ?