Calculating the Force of Your Impact in a Galveston, Texas Car Wreck | DENENA | POINTS

Calculating the Force of Your Impact in a Galveston, Texas Car Wreck

Your force equals your mass times the acceleration. (F = m x a). Acceleration is not so much your speed at the time of the car wreck as the CHANGE in your speed. Car designs incorporate “crumple zones” designed to absorb some of the impact force over time as these areas of your car crumple in upon themselves in a Galveston, TX car wreck.

It’s not the collision per se that kills a victim; it’s the stop of the colliding object. The larger and heavier car might have already stopped, but your body keeps going, crushing and deforming itself against the more durable object.

This “ride down” effect produced by crumple zones, measured in microseconds, can help save your life and drastically reduce the severity of your injuries from a Galveston, TX car wreck. The progressive crumpling of the specially designed crumple zones helps absorb some of the kinetic (active) energy from the wreck so that your fragile human body doesn’t have to try and absorb it. Seatbelts also help absorb the energy of a car wreck for you and form an important part of your crash safety protection system.

The kinetic energy present in a car wreck and the impact force depend heavily upon the relative speed and mass of the vehicles, pedestrians, or objects involved in the crash. You can play with some numbers and calculate the impact force for various wreck scenarios here.

If the impact forces of a Galveston, TX car wreck have injured you or a loved one, you can contact the experienced Galveston car wreck lawyers at Denena & Points for free consultation. We could discuss the specific circumstances of your accident with you and help you pinpoint those at fault for causing the wreck. If you have questions about what caused your wreck, who’s at fault, and what you should do to collect proper compensation for your injuries, we have answers. Contact us today.