Boneshaker
when you pedal, they go round?!?
bicycle Type your answer here...
A person uses mechanical energy to pedal a bicycle. As the person pushes down on the pedals, this mechanical energy is transferred into rotational motion to turn the wheels of the bicycle.
The purpose of the bicycle pedal crank arm is to transfer the energy from the rider's legs to the bicycle's chain and ultimately the wheels. It connects the pedals to the chainring, allowing the rider to propel the bike forward by pushing down on the pedals. The crank arm's rotation converts the rider's pedaling motion into rotational force, which drives the chain and turns the wheels, enabling the bicycle to move.
The left bicycle pedal is reverse threaded.
One example of something with wheels that starts with the letter "P" is a "pedal-powered bicycle." Bicycles have two wheels and are propelled by pedaling. Another example could be a "parking lot," which typically has designated areas for vehicles with wheels.
Bicycle gears work by changing the ratio of the rotations between the pedals and the wheels. By shifting gears, riders can adjust their speed and pedal resistance. Switching to a higher gear makes it harder to pedal but allows for faster speeds, while switching to a lower gear makes it easier to pedal but reduces speed.
The last time I figured this out, I found out that bicycle with no training wheels are faster. The comparison of generating speed is this; bicycles allow you just to pedal to generate fast speed, although freestyle scooters allow to step on the ground and push forward. I suggest you use a bicycle if you are entering a racing competition.
The standard bicycle pedal thread size is 9/16 inch.
The correct pedal thread direction for installing pedals on a bicycle is to turn the right pedal clockwise and the left pedal counterclockwise.
To securely fasten a bicycle pedal to the crank arm, you should tighten it in the direction that matches the pedal thread direction. The right pedal tightens clockwise, while the left pedal tightens counterclockwise.
Bicycle gears work by changing the ratio of the rotations between the pedals and the wheels. By shifting gears, riders can adjust their speed and pedal resistance. Lower gears make it easier to pedal uphill or start from a stop, while higher gears are used for faster speeds on flat terrain.