Yes
The bigger the tire and heavier the car the car will slide in slippery road conditions
Larger tires provide a greater surface area, which can lead to more traction under normal conditions; however, in slippery situations, they can also create more hydroplaning risk. Heavier cars exert more force on the tires, potentially leading to quicker loss of traction on slick surfaces. Therefore, while larger and heavier vehicles may seem more stable, their increased weight and tire size can actually contribute to faster sliding when road conditions are poor. Ultimately, the balance between traction and weight distribution plays a crucial role in vehicle handling on slippery roads.
it needs to be slippery. obvs. how else could you slide on it
yes. it can slide if on a slippery surface facing downwards
it can be, such as a slid car but primarily its a verb
Because ice is very slippery and so you can slide while on concrete you wont be a be able to slide because its not slippery.
Yes, a car with bigger tires can still slide on slippery road conditions, such as ice or wet surfaces. While larger tires may provide better traction in certain situations, they can also be more susceptible to losing grip under slippery conditions due to their increased surface area. Factors like tire tread design, tire pressure, and the overall weight of the vehicle also play significant roles in traction. Ultimately, driving behavior and road conditions are critical in determining whether a vehicle will slide.
The cast of Slippery Slide - 1980 includes: Jon Blake as Doug Simon Burke as Steve Gerry Duggan Martin Harris Arkie Whiteley as Alana
It would also depend on the road conditions and tread pattern (if any) on tires.
So they are able to slide on the ice. If they did not have a slippery body, getting onto ice would be tricky but moving on it would be hard.
Plastic Frisbees, McDonald Tray, Sled, etc. You can use water to make the slide slippery.
Things like water, soap, oil, or ice can be wet and slippery. Wet surfaces in general tend to be more slippery as they reduce friction, making it easier for objects to slide or slip on them.