How does vehicle mass affect its dynamics?

How does vehicle mass affect its dynamics?

Vehicle mass significantly influences dynamics such as acceleration, braking, and handling. Heavier vehicles may have slower acceleration but better stability.

What about braking distance? Does mass play a role?

Yes, increased mass generally leads to longer braking distances due to the greater momentum that needs to be overcome.

Are there any advantages to having a heavier vehicle?

Heavier vehicles often provide better traction and stability, especially in adverse weather conditions, but they can be less fuel-efficient.

How does this relate to safety in collisions?

In collisions, heavier vehicles can offer more protection to occupants due to their mass, but they can also pose greater risks to smaller vehicles.

What are some examples of vehicles with varying masses?

Examples include compact cars, which are lighter and more agile, versus SUVs and trucks, which are heavier and provide more stability.