FLATULENTFRIEND wrote:Here he is
by FLATULENTFRIEND on Wed 16/Jun/10 6:16pm
by Fraser on Thu 24/Jun/10 4:43pm
by sifter on Thu 24/Jun/10 4:49pm
Fraser wrote:It took 3 countries and a bunch loads of people with PHD's and 200 years of cycling. But they have found the formula for riding a bike.![]()
Dads it is black and white. Yes just explain to your 2 year old this simple formula.
The equation, uses 31 numbers and symbols, plus nine pairs of brackets but means: Inertia forces + gyroscopic forces + the effects of gravity and centrifugal forces = the leaning of the body and the torque applied to the handlebars of a bike.
Or put more simply if you don't pedal fast enough to keep moving while keeping the bike straight, you fall over.
"People more than a hundred years ago were trying to figure out why a two wheeled bicycle, given forward momentum, like a push, would seem to balance by itself." said Dr Schwab.
Dr Schwab explained: "Using our equation we can simulate the motion of a bike and predict whether it will remain stable or not."
Simply print out this formula below.
Tape this to their handlebars as a reminder or for quick reference should they ask. 'Daaad...why did I fall off?'
by fatwombat on Thu 24/Jun/10 5:46pm
Fraser wrote:Simply print out this formula below.
Tape this to their handlebars as a reminder or for quick reference should they ask. 'Daaad...why did I fall off?'
by Datsane on Thu 24/Jun/10 10:03pm
fatwombat wrote:Fraser wrote:Simply print out this formula below.
Tape this to their handlebars as a reminder or for quick reference should they ask. 'Daaad...why did I fall off?'
That's really awesome - I can't understand how so many people ever managed to ride bikes without this.
Do you think it would be considered bike-doping if TdF riders had this on their handlebars?
by nostromo on Fri 25/Jun/10 12:49pm
by Oli on Fri 25/Jun/10 12:54pm
by northernmonkey on Fri 25/Jun/10 2:11pm
Fraser wrote:It took 3 countries and a bunch loads of people with PHD's and 200 years of cycling. But they have found the formula for riding a bike.![]()
Dads it is black and white. Yes just explain to your 2 year old this simple formula.
The equation, uses 31 numbers and symbols, plus nine pairs of brackets but means: Inertia forces + gyroscopic forces + the effects of gravity and centrifugal forces = the leaning of the body and the torque applied to the handlebars of a bike.
Or put more simply if you don't pedal fast enough to keep moving while keeping the bike straight, you fall over.
"People more than a hundred years ago were trying to figure out why a two wheeled bicycle, given forward momentum, like a push, would seem to balance by itself." said Dr Schwab.
Dr Schwab explained: "Using our equation we can simulate the motion of a bike and predict whether it will remain stable or not."
Simply print out this formula below.
Tape this to their handlebars as a reminder or for quick reference should they ask. 'Daaad...why did I fall off?'
by nostromo on Fri 25/Jun/10 2:17pm
Oli wrote:Good stuff, bro! How is the new system working so far?
by psychavoc on Thu 1/Jul/10 9:04am
by psychavoc on Thu 1/Jul/10 9:14am
nostromo wrote:Oli wrote:Good stuff, bro! How is the new system working so far?
All go, started this week! Very exciting. We have about five people involved in the ABA tutoring including the programme supervisor, two of our friends unprompted quit their jobs and took pay cuts to become his part-time teachers.
This is what its about http://en.wikipedia.org/wiki/Applied_behavior_analysis but basically an effective way to teach people with learning difficulties.
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