In the bearings
Probably from the friction of the air squeezing through the small space?
Friction is what ultimately stops your bike
The brake pads against the wheel rims or disc rotor are the main components on a bike that use friction to slow down or stop the bike. Additionally, the tires gripping the road surface while pedaling or cornering also rely on friction to provide traction.
Friction. Air friction, road friction and mechanical friction.
When riding a bike over cement, two main types of friction are present: static friction and kinetic friction. Static friction prevents the tires from slipping when you start moving or when you come to a stop. Once in motion, kinetic friction acts between the bike tires and the cement surface, opposing the bike's motion and affecting speed and control. Additionally, rolling friction occurs as the tires roll over the surface, which is generally less than kinetic friction.
friction
The friction is useful on a bike when you push it.
Yes, static friction occurs between the bike's tires and the road surface when riding. This friction helps the bike maintain traction and grip, allowing it to move forward efficiently and providing stability during turns and braking.
Sliding Friction
Friction on a bike can lead to wear and tear on components, such as brake pads or tires, reducing their lifespan. It can also cause a decrease in overall efficiency, making it harder to pedal and slowing down the bike. Additionally, excessive friction can generate heat, which may damage certain parts of the bike over time.
friction
Yes, and the heat generated is the converted momentum of slowing down.