In discussing weight, we are assessing the weight of the rider, not the skateboard itself.
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In a frictionless world, weight has no impact on the speed of a skateboard. In the real world, more weight means more inertia, which means the friction of the wheels have a proportionately less impact on a heavy skateboarder compared to a light skateboarder. Therefore, a heavy skateboarder will coast a further distance on level terrain, or will go faster down a hill, compared to a light skateboarder.
The weight of a car affects its speed by influencing its acceleration and braking performance. A heavier car may have slower acceleration due to its increased inertia, but it may have better traction and stability at higher speeds. However, excessive weight can also result in decreased fuel efficiency and overall performance.
The Weight Change.
If the toy car is on a smooth surface, there is less friction. Therefore, the car will most likely go faster. On the other hand, if the car is on a bumpy surface, there is plenty of friction. Therefore, the car will most likely go slower and stop at a shorter distance.
Just how it would affect a skinny dude sprining against 400lb dude. Depending on howmuch horse power the vehicle has and torque it might not effect it at all if its over weight like car full of stuff it will affect steering, turning and braking.
The independent variable would be the weight of the vehicles being investigated. This is the variable that is intentionally changed or manipulated by the researcher in order to observe its effect on the speed of the vehicles, which would be the dependent variable.
The weight of a car affects its speed by influencing its acceleration and braking performance. A heavier car may have slower acceleration due to its increased inertia, but it may have better traction and stability at higher speeds. However, excessive weight can also result in decreased fuel efficiency and overall performance.
A car with a higher weight will have more friction between the tires and the road compared to a lighter car. So, for the same horsepower engine, the lighter car will go faster, because there is less force retarding the speed of the vehicle.
It will go slower up hill and faster down hill.
The more weight the car has the slower it goes.
A cars weight affects its speed by varying its momentum. If the car has more weight, it has more momentum. With more momentum comes more inertia.(definition: inertia- an objects resistance to change in direction or movement) If the car has a lot of weight, it will speed up slower and stop slower because the cars inertia and momentum keep propelling it forward. If a car has less weight, it will speed up faster and stop faster because the momentum of the car is less than that of the heavier car. A: It is called the power to weight ratio.
Weight
Aerodynamics, weight of the car, horsepower of the engine, are all factors in the speed the car can travel.
The Weight Change.
It really does not have an effect on the maximum speed, but due to inertia, it does inhibit [slow down] changes [acceleration or deceleration] in speed.
mass
The speed of the bike has no effect on its weight. Weight = mass in kg x acceleration due to gravity, 9.8m/s2 on the earth.
the fatter you are, the less speed your car will max out at, but, the more weight, the more momentum