Prove that the points A(2,4), B(2,6) and C(2+√(3), 5) are the vertices of an equilateral triangle...

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Prove that the points A(2, 4), B(2, 6) and C(2 + `sqrt(3)`, 5) Prove that the points A(2, 4), B(2, 6) and C(2 + `sqrt(3)`, 5)
Prove that the points a(2 4) b(2 6) and c(2+root3 5) are the vertices of an equilateral triangle Prove that the points a(2 4) b(2 6) and c(2+root3 5) are the vertices of an equilateral triangle
²prove that the points A(2,4) B(2,6)and C(2+√3) are the vertices of an equilateral triangle ²prove that the points A(2,4) B(2,6)and C(2+√3) are the vertices of an equilateral triangle
Show that the points (2,4),(2,6)(2+sqrt3,5) form an equilateral triangle. | 11 | 2D-COORDINATE S... Show that the points (2,4),(2,6)(2+sqrt3,5) form an equilateral triangle. | 11 | 2D-COORDINATE S...
If the coordinates of two vertices of an equilateral triangle are `(2,4) and (2,6)`, then the If the coordinates of two vertices of an equilateral triangle are `(2,4) and (2,6)`, then the
Prove that the points (2a,4a), (2a,6a) and (2a+√3a,5a) are the vertices of equilateral triangle. Prove that the points (2a,4a), (2a,6a) and (2a+√3a,5a) are the vertices of equilateral triangle.
the coordinates of two vertices of an equilateral triangle are \( (2,4) \) and \( (2,6) \), then... the coordinates of two vertices of an equilateral triangle are \( (2,4) \) and \( (2,6) \), then...
Prove that the points (2a, 4a), (2a, 6a) and (2a+ sqrt(3) a, 5a) are the vertices of an equilate... Prove that the points (2a, 4a), (2a, 6a) and (2a+ sqrt(3) a, 5a) are the vertices of an equilate...