Higher speeds involve higher forces which do more damge in breaking bones, etc. Ther force is f=ma = mdv/dt, the higher the speed the greater the deceleration on impact thus causing greater force on structures. There is also higher energy in higher speeds.
At low speeds the energy and forces are smaller. The energy goes up by the speed squared, so twice the speed gives four times the energy. Twice the speed gives twice the force. The damage relates to the force the structures can take before damage.
Their speeds are exactly identical.
There's no necessary connection between a vehicle's speed and its acceleration.
They can bring warmer air, but typically they don't change it, and it feels colder.
when your going fast you hit harder which causes more damage, but when your going slow you hit slower than you hit fast which cause less damage.
At higher speeds, there is more kinetic energy involved.
The higher the speed of a collision, the more energy it has, and the more damage it can do.
The higher the speed of a collision, the more energy it has, and the more damage it can do.
Because of high speeds.
Some advantages of a Ferrari motorcycle compared to that of a regular motorcycle is that a Ferrari motorcycle can reach much higher top speeds while handling much better.
why is my 1991 Mazda truck surging at higher speeds
Their speeds are exactly identical.
Higher g's produced at higher speeds are harder to survive.
Because your motor is spinning faster at higher speeds causing higher rpm's
Because at higher speeds you have more velocity than at lower speeds transferring more energy to make a bigger crashing causing more damage.
most of them well most of them die because of not wearing helmets so be safe and wear your helmetsIn the UK there are tight safety regualtions as to the protective gear a motorcyclist should wear whilst on a public highway. This gear does mean that the majority of accidents result in minor injuries.But, when large speeds are involved or head collisions regretfully motor bike accidents can be very serious and can cause fatalities. As a percentage of the number of overall motorcycle accidents the fatality ratio is low, but compared to the percentage fatalities in car accidents it is comparatively high.
A moped helmet is sturdier, heavier and less ventilated. It is expected to provide decent protection at accidents at higher speeds than a bicycle helmet. A bicycle helmet is lighter, better ventilated and only has to provide decent protection at lower speeds than a moped helmet.
This is because the momentum of high speed vechicle is more than that of the low speed vechicle