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:gross:
That image broke all the tables in my house, but thank you for the lil epiphany.
I just wanna go to a field and pretend the disc is an immovable object while I "backswing" and x-step around it.
how'd you set up the distance competition?
of the two distance winners, i noticed the female threw farther than the male :popcorn:
thanks for sharing your clinic-style :)
if it's easy, will you distinguish the FPO scatter from MPO?
the PDGA Ratings Team only assessed MPO in the article, "Correlation for Better Courses," so i'm missing out on all the fun !!!!!!!
http://youtu.be/k7u8m0Qpn38?t=1m33s
here's a helicopter that loses power (force?) way up high then falls safely to the ground.
It 'autorotates' -- like this helicopter plant falling:
or like a spinning disc(?).
My understanding of autorotation is that a spinning thing generates its own...
i averaged all the guesses together to get my guess of 134.64.
from the 'official list' the average was 139.34
crowd wisdom is false and VSauce is a liar!!
http://youtu.be/4e_kz79tjb8?t=4m39s
or maybe disc golfers are very bad at guessing.
a disc would totally accelerate after my release if i threw it with less than 9.8 m/s force. off a big cliff.
[gravity reference: 9.81 meters/sec, or 32.2 feet/sec, or 22 mph.]
QUESTION:
if i threw a disc with the usual force i generate, i'm imagining the velocity forward would decelerate...
you impostor!!!
if the slope of the hill at Ellison's hole 7 interests you:
change in elevation: -82 ft
grade: 15%
Folks say 1 foot change in elevation = +/- 3 feet distance.
So 528' - 246' = 282'
I feel like the hole is closer to 320, tho :)