fossyant
Ride It Like You Stole It!
- Location
- South Manchester
It's a bump ! Do it on my fixed in 77" with full panniersI haven't done that climb.
It's a bump ! Do it on my fixed in 77" with full panniersI haven't done that climb.
max speed recorded is 40 so GPS glitch/dropout on a descent?50 points for the first eagle eyed person to spot the problem with GPS speed recording... View attachment 13061
The silly thing is, I DID actually achieve the 52mph max speed indicated. It was a group ride, we all knew about the descent so we all paid attention at the same time and they all recorded speeds over 50mph too. So I have no idea why the graph would show my top speed to only be 40. There must have been some sort of glitch at some point I guess.max speed recorded is 40 so GPS glitch/dropout on a descent?
The silly thing is, I DID actually achieve the 52mph max speed indicated. It was a group ride, we all knew about the descent so we all paid attention at the same time and they all recorded speeds over 50mph too. So I have no idea why the graph would show my top speed to only be 40. There must have been some sort of glitch at some point I guess.
It was in deepest darkest Wales... Maybe the satellites don't work so well there!
does anything work there
edit: http://app.strava.com/segments/1827781 - only 1069.9 MPH but it has a heart rate so is legit!!!![]()
I'm going to Italy in October and New Zealand in November. Please don't put silly ideas in my head!That is rubbish, my neighbour recorded this on strava, now THAT is a proper average speed!
http://app.strava.com/rides/14497003
This is taken from a scientific website which has miffed me off. I was certain that being 16 1/2 stone gave me an advantage down hill because I can assure you that it does sod all for you when your going up them!![]()
OK, so the question has been: do heavier objects fall faster than lighter ones? Today, we all know that they don't, but it's understandable how Aristotle could've gotten this one wrong.
It wasn't until Galileo came along in the late 16th century that anyone really tested this out. Though he most likely did not, as legend holds, drop weights from the tower of Pisa, Galileo did perform experiments to back up his theory that gravity accelerated all objects at the same rate. In the 17th century, Isaac Newton took us a step further, describing gravity as the attraction between two objects: on Earth, the most important being the attraction between one very massive object (our planet) and everything on it.
A couple of hundred years later, Albert Einstein's work would take us in a whole new direction, viewing gravity as the curvature that objects cause in space-time. And it's not over. To this day, physicists are ironing out the kinks and trying to find a theory that works equally well for the macroscopic, microscopic and even subatomic. Good luck with that.