the coordinates of two consecutive vertices A and B of a regular hexagon ABCDEF are (1,0) and (2,0). find the equation of diagonal CE?
Answers
⇒y − 3√ = 23√ − 3√2−32 (x−1)⇒y − 3√ = 3√−3(x−1)⇒y − 3√ = 13√(1−x)⇒3√y − 3 = 1−x⇒x + 3√y = 4
The equation of the diagonal CE is x +√3 y = 4
Step-by-step explanation:
Given data
For a regular hexagon, two consecutive vertices A and B having vertices
A = ( 1, 0)
B = ( 2,0)
Find the equation of the diagonal CE
If AB = 1 unit
Then BC, CD, DE and EF is also equals to 1 unit
BC = CD = DE = EF = 1 unit
The equation of a line is (y-) = m ( x- )
Where m is the slope
Find the values of , from the hexagonal diagram using the coordinates A ( 1,0) and B ( 2,0)
C (2+1 cos 60°, 1 sin 60°) = c((5÷2), (√3÷2))
E (1, 2 sin 60°) =E (1, √3)
Thus , = ((5÷2), (√3÷2))
and , = (1, √3)
Find the slope of the equation by using the formula
m = ( - ) ÷ ( - ) --------------> 1
Substitute the respective values in above equation
m = (√3 - (√3÷2)) ÷ ( 1- (5÷2))
m = (2√3 -√3) ÷ ( -3 )
m = -(1 ÷ √3)
Substitute the values of m , and in equation of a line
y- √3 = (-1÷√3) ( x-1 )
√3 y - 3 = -x + 1
√3 y = -x + 1 + 3
√3 y -x = 4
x + √3 y = 4
The equation of the diagonal CE is x + √3 y = 4 for a regular hexagon having two consecutive vertices A and B with coordinates ( 1, 0) and ( 2, 0).
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