On a smooth surface because there is less friction to slow it down.
Wood. Deff Wood. Carpet Will Slow It Down And SEX!
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 will travel on different surfaces depends on various factors such as the surface texture, incline, and the type of wheels on the toy car. Generally, smoother surfaces like hardwood floors or tile will allow the toy car to travel further due to less friction compared to rough surfaces like carpet or gravel. Additionally, the weight and design of the toy car will also impact how far it can travel on different surfaces.
Both because heavy cars go farther down a hill. The light car go farther on regular flat surface.
Wood. There is less friction.
No, it won't because if the carpet is stuffed with fluffy stuffing, then the carpet would be bumpy and also rough.
There are more variables to determine this correctly. How much rolling resistance? How smooth is the surface? Weight of the toy? If the toy does not roll easily it could just sit on the ramp and never move at all. If rolling the toy across carpet it will go less distance then on a surface that is smooth as glass.
A smoother surface, such as polished wood or plastic, will help reduce friction and allow the toy car to go down the ramp faster. Avoid surfaces with a lot of texture or resistance, like carpet or rough concrete, as they will slow down the car's movement.
Kerosene smell car carpet
Faster: Surfaces with less friction (smooth) ;slanted surfaces Slower: Surfaces with more friction (sticky surfaces, rough surfaces), uphill surfaces Of course a slanted surface with too much friction will also make the car slower.
The bottom surface of a car will not be of smooth to make it Float. By the way, even a small boat, whose said surface is smooth, even at zero velocity, due to buoyancy force exerted by the water, it floats. If one really wants to make a ca (whose density is more than the water at displaced area)with smooth boat like bottom surface, the velocity should be such that the water should would exert a buoyancy force as if car density is less than water.
If the surface is rough/bumpy , the vehicle cant safely go as fast as it can on a smooth road. Also if the car is bouncing, it's aerodynamics will be disturbed causing more drag. Ground clearance also has to be increased on rough roads, causing more drag.