Get up to full speed then suddenly put maximum turn on to the steering wheel.
the car on launoulum will roll farter
yes
If the surface material is smoother and slipperier, the toy car will go faster. However, if the surface material is bumpier, then the toy car will not go as far.
The gravitational force is.
Yes, its exactly the same as a normal car A Lambo will probably roll faster down a hill than a VW Beetle
Surface material can impact how far a toy car will roll. Smooth surfaces like hardwood floors or concrete allow for less friction and the car can roll farther. Rough surfaces like carpet or grass create more friction, slowing down the car and reducing the distance it can travel.
The distance a toy car can travel on a ramp depends on factors like the incline of the ramp, the initial velocity of the car, and any friction present. In general, a toy car on a ramp can roll for a distance equivalent to the length of the ramp if there is no significant friction or obstacles in its path.
Well let's see..if one surface is tape and one is glass...nah it doesn't matter the car will roll the same.
unless the washers were strapped to the car, they would come flying off at the same speed the car was moving. This sounds like a demonstration of what happens to a person in a collision with no seat belt.
Yes, a toy car can be considered a simple machine that utilizes the wheel and axle mechanism. The wheels are mounted on axles, allowing them to rotate and reduce friction when moving. This design makes it easier for the toy car to roll across surfaces, demonstrating the basic principles of a wheel and axle as a simple machine.
Friction on toy car wheels is the resistance that occurs when the wheels roll over a surface. It is influenced by factors such as the material of the wheels, the surface texture, and the weight of the car. This friction allows the toy car to grip the surface and move forward, but too much friction can slow it down, while too little can cause it to skid. Ultimately, the right balance of friction is essential for optimal performance and control of the toy car.
That depends on the type of car that you are using. Some store energy on an elastic solid, like a spring or rubber band. Others (like Hotwheels) require an inclined plane to get them started and simply try to reduce friction as much as possible within the toy. And others have a device inside them that increases the rotational inertia of the wheels. These are they cars that are more difficult to push than they look, but then roll much farther than your typical roll and go toy car.