The bicycle fell over because it lost its balance.
You are missing the subject and what happened. Who fell from the bicycle and what happened as a result.
When a bicycle is moving, its forward momentum creates gyroscopic forces that help stabilize it. These forces, along with the bike's steering and rider's input, contribute to its balance. When stationary, these forces are absent, making it more difficult to balance the bike. Additionally, when stationary, there is no forward motion to counteract the effects of gravity, making it more likely for the bike to fall over.
To trip or stumble over something.
No, the pedals on this bicycle are not reverse threaded.
Yes, gravity acts on a moving bicycle. Gravity pulls the bicycle and the rider toward the center of the Earth, influencing their motion. This force helps to keep the bicycle in contact with the ground and affects its acceleration and speed.
because it was two tyred lol lol lol lol lol lol
In 1897, a popular joke was: "Why did the bicycle fall over? Because it was two-tired!"
You are missing the subject and what happened. Who fell from the bicycle and what happened as a result.
You don't fall because you keep your balance once you get the hang of it; you don't go too far to the right, or too far to the left. You also lean forward. If you don't, you're most likely to fal over, or topple over. Keeping your balance is the key to sucess to riding a two wheeled bicycle.
A moving bicycle or bike will not fall when the opposing forces are balanced.
Bicycle helmets are designed for safety first and foremost. The hard shell and padded inside protect the head from injury in the event of a fall or accident on a bicycle.
No, you cannot get pulled over for speeding on a bicycle because bicycles are not subject to speed limits like motor vehicles.
New bicycle models are typically released in the fall, around September or October, in time for the upcoming year's cycling season.
When a bicycle is moving, its forward momentum creates gyroscopic forces that help stabilize it. These forces, along with the bike's steering and rider's input, contribute to its balance. When stationary, these forces are absent, making it more difficult to balance the bike. Additionally, when stationary, there is no forward motion to counteract the effects of gravity, making it more likely for the bike to fall over.
The iron horse is a bicycle!!:)
A shaft-drive bicycle has advantages over a chain-drive bicycle in terms of lower maintenance, cleaner operation, and protection from dirt and grease.
A bicycle kick is a kick in the game of soccer where the kicker leans backwards and kicks the ball over his head.