- #1
kurumaas
- 1
- 0
Is it possible for a wheels forward velocity to increase when separated from a moving vehicle? If so please describe what makes this possible?
Can Wheels Increase Velocity When Separated From Vehicle?
In summary, wheels cannot increase velocity when separated from a vehicle as there needs to be a force acting on the object to propel it forward. Wheels contribute to the velocity of a vehicle by converting rotational motion into linear motion. It is not possible for wheels to increase velocity without a source of power, such as an engine. Changing the size of the wheels can affect velocity, as larger wheels cover more distance with one rotation. However, other factors such as weight and friction also play a role. Other factors besides wheels that can affect velocity include the weight of the vehicle, power of the engine, terrain, and external factors like air resistance and inclines.
- #2
jdog
- 20
- 0
I would say not unless it's going down hill. However, if you're in the vehicle, you are most likely going to come to a stop and watch that wheel roll ahead of you.
- #3
Danger
Gold Member
- 9,799
- 253
It's not necessarily that cut-and-dried. I'm wondering if there might be small temporary accelerations from the elastic effect of the tire in reaction to certain types of bumps. A good tailwind might provide the same. 
1. Can wheels increase velocity when separated from vehicle?
No, wheels cannot increase velocity when separated from a vehicle. In order to increase velocity, there needs to be a force acting on the object. Without the vehicle, there is no force to propel the wheels forward.
2. How do wheels contribute to the velocity of a vehicle?
Wheels contribute to the velocity of a vehicle by providing a means of converting the rotational motion of the engine into linear motion. This allows the vehicle to move forward and increase its velocity.
3. Is it possible for wheels to increase velocity if they are not connected to a motorized vehicle?
No, it is not possible for wheels to increase velocity if they are not connected to a motorized vehicle. The wheels need a source of power, such as an engine, to rotate and generate movement.
4. Can changing the size of the wheels affect the velocity of a vehicle?
Yes, changing the size of the wheels can affect the velocity of a vehicle. Larger wheels have a greater circumference, meaning they cover more distance with one rotation. This can result in an increase in velocity. However, other factors such as weight and friction also play a role in determining the overall velocity of a vehicle.
5. Are there any other factors besides wheels that can affect the velocity of a vehicle?
Yes, there are other factors besides wheels that can affect the velocity of a vehicle. Some of these factors include the weight of the vehicle, the power of the engine, and the terrain the vehicle is traveling on. Other external factors such as air resistance and inclines can also impact velocity.
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