If you have a bicycle you can "paddle", please tell us more. I've been trying to combine my bicycling with canoeing for years.
Friction is the force that stops the bike.
When the rider is at the top of the hill, her potential energy is the greatest, and her kinetic energy is the least.
Safety precautions for a tandem rider on a bicycle include wearing a helmet, communicating with the front rider, keeping feet on the pedals, and using hand signals to indicate turns or stops. It is important to follow traffic rules, stay balanced, and be aware of the surroundings to prevent accidents.
The purpose of a bicycle freewheel is to allow the rear wheel to spin freely in one direction while the pedals are not being turned. This allows the rider to coast without pedaling. The freewheel is connected to the rear wheel hub and engages with the bike's chain and gears when the rider pedals forward, but disengages when the rider stops pedaling, allowing the wheel to spin independently. This function is essential for efficient and smooth cycling, as it allows the rider to control their speed and momentum without constantly pedaling.
we will be out out of coil wire
A freewheel hub is a component in a bicycle's drivetrain system that allows the rear wheel to spin freely in one direction while engaging the pedals to drive the bike forward in the other direction. This allows the rider to coast without pedaling when needed. The freewheel hub contains a mechanism that disengages the pedals from the wheel when the rider stops pedaling, allowing the wheel to spin independently.
yes it does
its the bit on the end of your wheel that stops mud getting on you
Actually, no. It's more difficult for the back brake to stop a bicycle as the bicycle is pulling away from the rear wheel. The front brake stops a bicycle more efficiently because the weight of the bike is pushing forward into the front wheel. But it's important not to rely on only a front brake. The front brake can stop the bike so well that the weight of the bike can shift up and over the front axle creating what is often referred to as an "endo" and will toss the rider over the handlebars.
no, it never stops.
because it stops at a high rate of speed forcing the rider to fly forward
True ... it's called inertia.