HeroicPandas
Heroic!
- Joined
- Mar 8, 2012
- Messages
- 1,547
- Gender
- Male
- HSC
- 2013
Aight coolI did a Geogebra construction which shows that x is 60.7 cm.
I will now look at how to prove this.
Another way of getting rid of the answer 2 is to assume that a=2. Now the longest straight line that can be put inside a square is it's diagonal which measures a length ofI took ages working this out. All my attempts seemed to end up with very high order polynomial equations.
Eventually I came up with a method that worked. I've attached the solution:
View attachment 27472
I use Word!! Plain ordinary Word.Sorry to butt in - what graph program did you use? - Good solution!
Thanks.
Great sol'n!I took ages working this out. All my attempts seemed to end up with very high order polynomial equations.
Eventually I came up with a method that worked. I've attached the solution:
View attachment 27472
As I said, Word. Word has all the functionality built in for these diagrams.What about for the xy-plane diagram?
Where is this functionality? Did you have to download any plugins?As I said, Word. Word has all the functionality built in for these diagrams.
No plugin is necessary.Where is this functionality? Did you have to download any plugins?
No Takers? It's not as hard as the original question.As an aside to this question show that, if P is a point inside a square, and the distances of P from the vertices A, B and C are a, b and c respectively (where PC is the sided shared by both internal triangles), then the distance from P to the 4th vertex D is given by: