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conkie
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If a car is traveling at 30mph on concrete and hits a 1mile patch of solid ice what speed would it be traveling at on the ice
The extra "speed" sensation is actually just the adrenaline rush when you see the world spinning by, left to right, as you do horizontal cartwheels down the highway.russ_watters said:Whether you assume much less friction or even no friction at all, there is no change in speed when you get to the ice.
A car on ice comes to a complete stop from 30mph through a combination of factors, including the friction between the tires and the ice, the braking system of the car, and the weight and momentum of the vehicle.
No, a car on ice cannot stop faster than a car on dry pavement. The reduced friction on ice makes it more difficult for the car to come to a complete stop compared to the higher friction on dry pavement.
It is important to maintain a safe distance when driving a car on ice because the stopping distance is longer compared to driving on dry pavement. This allows for more time to react and brake in case of any unexpected obstacles or hazards.
To prevent your car from skidding on ice, it is important to drive slowly and carefully, avoid sudden movements or braking, and ensure that your tires have enough tread and are properly inflated. It is also recommended to use winter tires for better traction on icy roads.
If your car starts to skid on ice, it is important to remain calm and not panic. Avoid using the brakes and instead, gently steer in the direction of the skid until you regain control of the car. If possible, try to steer towards a safe area such as an empty parking lot or a clear patch of road.