OK...let's see who knows this here.
We have a glass box. And in this box we have an INVISIBLE OBJECT.
Now the object here is to locate this invisible object with Geometry and a few items.
The Glass Box is in space and no Gravity issues arise. As well the invisible object is static within this box.
On the inside surface of the box are 6 hooks and each hook is located at a position that is known and relative to the Invisible Object.
We have 6 strings.
Now using the LEAST number of strings possible and the least number of Hooks/Known Relative Points of Position to the Invisible Object....FIND THE LOCATION OF THE INVISIBLE OBJECT.
Detail how you did it and how many strings and hooks used.
Split Infinity....p.s...Bonus Points....detail the total amount of Points of Position required to locate the Invisible Object and Chart a Course to it.
We have a glass box. And in this box we have an INVISIBLE OBJECT.
Now the object here is to locate this invisible object with Geometry and a few items.
The Glass Box is in space and no Gravity issues arise. As well the invisible object is static within this box.
On the inside surface of the box are 6 hooks and each hook is located at a position that is known and relative to the Invisible Object.
We have 6 strings.
Now using the LEAST number of strings possible and the least number of Hooks/Known Relative Points of Position to the Invisible Object....FIND THE LOCATION OF THE INVISIBLE OBJECT.
Detail how you did it and how many strings and hooks used.
Split Infinity....p.s...Bonus Points....detail the total amount of Points of Position required to locate the Invisible Object and Chart a Course to it.