Traction
The gripping power between a vehicle tires and a roadway surface is called traction
The force that keeps a motor vehicle's tires from slipping on the roadway surface is known as friction. Specifically, it is the static friction between the tires and the road that allows the vehicle to grip the surface, enabling acceleration, braking, and cornering. This frictional force is influenced by factors such as tire composition, road conditions, and the vehicle's weight. When the force exerted by the tires exceeds the maximum static friction, slipping occurs.
Four substances that can reduce traction between a vehicle's tires and the roadway surface include water, oil, ice, and loose gravel. Water can create a slippery surface, especially when it mixes with oil. Ice significantly decreases friction, making it hazardous for driving. Loose gravel can cause tires to lose grip, leading to reduced control of the vehicle.
No. The water on the road won't make your vehicle stall.
Five primary ones. The weight of the vehicle, the speed of the vehicle, the friction between the roadway surface and the tires (which depends on the quality and wear of the tires, the type of pavement, and environmental conditions such as rain or ice) and the bank, or tilt angle, of the road.
A paved roadway is a constructed surface designed for vehicle traffic, typically made of materials like asphalt or concrete. This type of road provides a smooth, durable, and stable driving surface, enhancing safety and accessibility. Paved roadways are commonly used in urban and rural areas for efficient transportation and are often maintained to ensure longevity and performance.
ground viewing
If a vehicle is pulling into roadway from driveway, the vehicle pulling out is at fault.
Give way
Motor Vehicle Drivers
true
Vehicle condition, roadway, improper tire inflation