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Well that all depends on what you are asking about because "a plane" can be: A flat level surface A level of existence A flying vehicle (short for aeroplane) A carpenters tool A trowel A species of tree A wing
Quite possibly ! It depends on the conditions of the surface you're travelling on, and the state of your vehicle's tyres.
Because it's cold! Because a large vehicle just went by. Because it is in an earthquake.
Just like in the construction of Super Speedways for professional race car use, the incorporation of a tilted or banked turn allows the car to maintain higher speeds throughout the turns of the course. The forces that act upon a vehicle as it is turning at high speeds causes the car to experience a phenomenon known as under-steering, that is, the tendency of the vehicle to want to continue driving in a straight line instead of turning due to the forces acting upon the vehicle and the inability of tire traction to compensate for these forces. Race car drivers will have to use more braking to slow the car to acceptable speeds in order to establish enough traction to maneuver the turn on a flat track. However, if the track is banked, this will reduce the severity of forces acting upon the vehicle and reduce the amount of traction required to hold the car in a turn, resulting in less braking required, thus, higher speeds throughout the entire turn. Since a toy car does not have brakes, it cannot slow down, and if the turn is too tight and not banked, the toy car will simply fly off the track because of the under-steering phenomenon.
To find the speed you would need to find the time taken to create the skid marks and then use the equations of motion. As the vehicle is skidding, the wheels are not turning so the braking force is the friction between the tyre and the road surface; this has to overcome the forward speed of the vehicle and the forward force of the weight of the vehicle along the road (as there is a downward slope). The forward force of the vehicle can be calculated by knowledge of the mass of the vehicle and the angle of the slope. The frictional force generated can be calculated from the coefficient of friction between the tyres and the road surface, and the mass of the vehicle. The road being wet will reduce the coefficient of friction of the road surface/tyre boundary compared to when the road surface is dry. It is easier, by experiment, to do a few test runs using a vehicle of similar mass under similar conditions to get how the vehicle is likely to have slowed down when it skidded, and extrapolate/interpolate to the given distance of 24.2 m.
Traction
Idk
The amount of traction its tires have on the road surface over which they are rolling.
The amount of traction its tires have on the road surface over which they are rolling.
The gripping power between a vehicle tires and a roadway surface is called traction
The wheels of the vehicle lost traction because of the ice and snow
The added surface area allows for more traction and less sinking of the vehicle when in mud or sand.
"Traction Control System" it engages when your vehicle loses traction, reducing gas supply to slow the vehicle so you can regain traction.
When the traction light is on you have the traction control turned on in your vehicle and traction control is activated. Traction control is applying brakes to a wheel that losing traction.
The treads cut into the surface of vehicle tyres are designed to push aside water on the road surface, and to increase the tyre's grip on the road.
on. if you cut traction control off the vehicle runs fine
Look for a traction control button by the shifter if it can be disabled.