A WATER BUMPER CAR WORK

Bumper cars make use of Newton’s 3rd Law of Motion called the law of interaction that says that when one body exerts a force on another body, the force exerted by the second body is equal in magnitude to that of the first body, and opposite in direction. This law of action-reaction is the reason why a jolt is felt by the drivers when one bumper car collides with another.

HOW DO BUMPER CARS WORK?

Water bumper cars for sale for amusement parks are designed with large rubber bumpers all around the sides so that when they collide with each other the impact created is prolonged and the force of the collision is diffused. Bumpercarrides.com/water-bumper-cars-for-sale are powered by electricity provided by a wire grid in the top of the ride carried by a pole at the back of the car. The electricity carried to the car from the electric grid converters to kinetic energy, some of which is heat.

WHAT DO BUMPER CAR DRIVERS EXPERIENCE ON THE RIDE?

When a bumper car collides with another driver’s car, the driver feels a change in motion and becomes aware of his/her inertia. Inertia happens when the bodies of drivers continue their motion in the direction in which the bumper car for sale was moving before colliding with another car, even when the cars themselves have changed direction or come to a stop. In order to minimize the risk of injury from being thrown forward, seat belts are worn, just like when driving a real motor car.

The mass of the drivers, the velocity of the bumper cars, and the type of collision all contribute to the type of experience a driver has. The impact of the collision can affect drivers in different ways. For example, when there is a significant mass difference between drivers the driver with a lower mass will experience more of a jolt from the rapid change in motion when colliding with a bumper car of another driver with a higher mass. They are not designed to go too fast and the large rubber protectors are there prevent riders from getting hurt.

An electric motor situated under the front axle of a bumper car provides it with electricity. Older versions have a small wheel attached to a metal pole that makes contact with the metal mesh ceiling. The floor of the ride is also made of metal. Because electricity flows in a circuit, it will flow from the ceiling, down the wire inside the pole, through the electric motor, completing the circuit under the car through electric contacts such as a small metal brush or a wheel. The bumper car’s pedal is the switch that turns the electric motor on so that when you lift your foot off the pedal the car will stop. Bumper car rides are very safe and can’t give an electric shock unless someone touches the ceiling and the floor at the same time.

Bumper cars are great fun but require some skill as they do not steer the same way as normal automobiles do. The front wheel can perform a full 360 degree turn when the steering is turned to the left or right, after moving forward for a short space. When the steering wheel is turned further the car will spin around in a circle, and go backwards when the steering is turned even more. Bumper cars can only work on a special bumper car arena where they are reliant on the circuitry of the electric flow.