Want this question answered?
Mass (inertia), also friction forces (air or rolling resistance)
Answer:When a bicycle is moving upward a force is acting called friction which pulls the rider backward making it harder for the rider to move forward. When the rider is at a constant speed the forces are balanced (the same), when the bicycle is speeding up(accelerating) the forces are unbalanced.The force acting forward is greater. When the bicycle is slowing down the forces going upward and downward are the same, however the force acting backward is greater. The forces are unbalanced when slowing down. When at rest the forces are also balanced. So, overall , the only times when the force's are balanced is when they are either at a constant speed or at rest. The times when the forces that are unbalanced are when the bicycle is slowing down or speeding up.Generally, it is gravity that holds you down, some wind resistance depending on the clothing you wear (as baggy clothes can increase drag) this is why professional cyclists wear those dodgy suits.
hit the brokes
because the force of friction at the wheels to ground is slowing it down
If the object is not moving, or is traveling at a constant velocity, all forces acting on the object are equal and opposite to each other. If the object is accelerating (speeding up, slowing down, or changing direction) the forces are not balanced.
Mass (inertia), also friction forces (air or rolling resistance)
Answer:When a bicycle is moving upward a force is acting called friction which pulls the rider backward making it harder for the rider to move forward. When the rider is at a constant speed the forces are balanced (the same), when the bicycle is speeding up(accelerating) the forces are unbalanced.The force acting forward is greater. When the bicycle is slowing down the forces going upward and downward are the same, however the force acting backward is greater. The forces are unbalanced when slowing down. When at rest the forces are also balanced. So, overall , the only times when the force's are balanced is when they are either at a constant speed or at rest. The times when the forces that are unbalanced are when the bicycle is slowing down or speeding up.Generally, it is gravity that holds you down, some wind resistance depending on the clothing you wear (as baggy clothes can increase drag) this is why professional cyclists wear those dodgy suits.
Constant acceleration is the resulting motion of forces acting on an unbalanced bicycle.
y
because the force of friction at the wheels to ground is slowing it down
hit the brokes
There are several force transitions going on in the linkage, but in the actual brake you are using friction to turn speed into heat.The most important one is friction, but apart from that there's a lot of mucking about with mechanics in order to translate the motion by the hand at the lever into something capable of slowing down a wheel.There are several forces needed to make a bicycle brake work IRL. But I assume the one you're asking about is FRICTION.
tension , compression and friction
displacement or downhill movement of debri due to gravitational forces
If you're not speeding up, slowing down or turning - then forces are balanced.
A moving bicycle or bike will not fall when the opposing forces are balanced.
The first law of Newton is for any material, and it states that if the net force on an object is zero, the object will be at rest forever or will move with uniform velocity forever. In the case of a bicycle, the obviously known forces are gravitational force, the reaction force of the ground on the bicycle, the force applied by the rider, and the various frictional forces on the cycle. If the net of all of these forces and the other various forces not obviously known is zero, the cycle will either be at rest or will move with uniform speed in a straight line.