How to ride a bike

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.

See - it's all about the leaning! And gravity (and magnets probably).

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.

See - it's all about the leaning! And gravity (and magnets probably).

Definitely magnets, Although I still haven't got my head completely around the magic involved in them.

i thought it was about pedalling.

Magnets with little bits of gravity trapped inside them.

Baby hamsters trapped in the rims. You pedal just to get them started and then they do the rest.

If tyres had a cross-section window you'd see how fast their little legs move.

Going on that hypothesis^^

Puncture = Squashed hamster.

Maths?

FTFO!

.

Ahhh so thats where i've been going wrong i've been using 90.8 in that first part of the equation i should have used 80.8 DOH ! no wonder i ain't getting anywhere
and I also see that one is supposed to keep the rubber side down and shiny side up

Just the sort of useful stuff people should learn at school - rather than all that nonsense with angles and a sharp HB pencil.

I think someone sneezed while typing with wingdings.

i thought it was about pedalling.

Apparently its a small mechanical motor concealed in the bottom bracket region

The third character is a bicyclist:
http://www.totaljerkface.com/happy_wheels.php

a cyclist leaning
tut tut

Baby hamsters trapped in the rims. You pedal just to get them started and then they do the rest.

If tyres had a cross-section window you'd see how fast their little legs move.

Fabian Cancellara uses weasels on Benzedrine in his wheels.

it's all about the leaning!

don't tell that to Ed in the winter.

how to ride a bike !
YouTube- Kid Falls Off Trycicle (Must See)

or :
YouTube- Fat Kid fall off bike

style, grace and a bit of pain !