Originally posted by royalchickenGood "Come Back" mr. RC... No... wait... the big J swiped mr. L's tomb. Never did say what happened to poor Mr. L ... hope they made him a new one. Or buried him. Or donated him to the uni ... Maybe he was one of the guys next to Brian singing "Look On The Bright Side" ?
With a name like that you'll be playing forever.......
Not sure i would want to see the "age to rating" ratio. It's depressing enough for us old foggies; not being able to understand current television, music and movies... and anything to do with computer games, etc.:'(
ps... Mathematically... Could the "age to rating" be a second expression of "the golden ratio"? <old = golden years>
Originally posted by StarValleyWyNot too sure about being buried thanks π
Good "Come Back" mr. RC... No... wait... the big J swiped mr. L's tomb. Never did say what happened to poor Mr. L ... hope they made him a new one. Or buried him. Or donated him to the uni ... Maybe he was one of the guys next to Brian singing "Look On The Bright Side" ?
Not sure i would want to see the "age to rating" ratio. It's depressing ...[text shortened]... Could the "age to rating" be a second expression of "the golden ratio"? <old = golden years>
However given the latest blunder I just made, maybe it's for the best!
ahem... right... sorry bout that. Didn't mean to get dirt in yer eyes... Well... Let's see... my, but this foot tastes good. Sorry lazaraus.
RC... how bout we use the golden ratio times a century? That work? Never did understand the set-up of the 'golden ratio' ... basically, it is similar to pi... right? except it is defined on a line instead of a circle? And has something to do with the ratio of "a longest segment" to line length? π² It's your fault lazaraus! My poor brain hurts. < as a side note... they have found out that the GR describes the distribution disk (of stars) in the arms of spiral galaxies. Astronomy Magazine, a couple months ago>
The Fibonacci sequence is defined by F1=1, F(n+1) = F(n) + F(n-1)...1,1,2,3,5,8,13... . The Golden Ratio is defined as lim(n -> 00) F(n+1)/F(n). Now it is clear that if G is the golden ratio, G-1=1/G, and solving this gives the aforementioned value for G, which is approximately equal to 1.618.... . however, the important distinction between G and pi is that G is the root of a polynomial with integer coefficients, and pi is not. (There are many proofs of this, most brutish and least edifying of which is due to myself....)
If we draw what are called 'Golden Rectangles' (rectangles whose sides are in ratios of successive Fibonacci terms), we find that by drawing a square within each rectangle and forming a new GR, we can make cool spirals.
So G times a century is about 162 (rounded). If the average age on RHP is (say) 20, then we get a rating of 3240....quite impressive.