Finding a point to form an equilateral triangle given a line segment in 3D vectors

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Finding a point to form an equilateral triangle given a line segment in 3D vectors

The coordinates of the points $A$, $B$ and $C$ are given by $A\,(0,\,2,\,4)$, $B\,(4,\,6,\,11)$ and $C\,(8,\,1,\,0)$.

(i)

Show that the triangle with vertices $A$, $B$ and $C$ is an isosceles right-angled triangle.

(ii)

Find the point $D$ in the same plane as $A$, $B$ and $C$ such that $BCD$ is an equilateral triangle.

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Finding a point to form an equilateral triangle given a line segment in 3D vectors


Finding a point to form an equilateral triangle given a line segment in 3D vectorsFinding a point to form an equilateral triangle given a line segment in 3D vectorsFinding a point to form an equilateral triangle given a line segment in 3D vectorsFinding a point to form an equilateral triangle given a line segment in 3D vectors


Finding a point to form an equilateral triangle given a line segment in 3D vectors


Finding a point to form an equilateral triangle given a line segment in 3D vectorsFinding a point to form an equilateral triangle given a line segment in 3D vectorsFinding a point to form an equilateral triangle given a line segment in 3D vectorsFinding a point to form an equilateral triangle given a line segment in 3D vectors

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Published: 25th March 2022

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