Home
Class 11
MATHS
16, A vertex of an equilateral triangle ...

16, A vertex of an equilateral triangle is (2, 3) and the opposite side is x + y - 2 = 0. Find the equations of the other two sides.

Promotional Banner

Similar Questions

Explore conceptually related problems

A vertex of an equilateral triangle is (2,3) and the opposite side is x+y=2. Find the equations of other sides.

A vertex of an equilateral triangle is (2,3) and the opposite side is x+y=2. Find the equations of other sides.

A vertex of an equilateral triangle is (2,3) and the opposite side is x+y=2. Find the equations of other sides.

A vertex of an equilateral triangle is 2,3 and the opposite side is x+y=2. Find the equations of other sides.

A vertex of an equilateral triangle is 2,3 and the opposite side is x+y=2. Find the equations of other sides.

A vertex of an equateral triangle is (2,3) and the opposite side is x + y =2. The equaiton of other sides are

The coordinates of one vertex of an equilateral triangle are (2,3) and the equation of its opposite side is x+y=2 . Find the equations of its other sides.

A vertex of an equileteral triangle is (2;3) and the equation of the opposite sides is x+y=2. Find the equation of the other sides of triangle.

A vertex of an equilateral triangle is at (2, 3), and th equation of the opposite side is x+y=2 , then the equaiton of the other two sides are (A) y=(2+sqrt(3)) (x-2), y-3=2sqrt(3)(x-2) (B) y-3=(2+sqrt(3) (x-2), y-3= (2-sqrt(3) (x-2) (C) y+3=(2-sqrt(3)(x-2), y-3=(2-sqrt(3) (x+2) (D) none of these