The http://hypertextbook.com/facts/index-topics.shtml" is a good site for such things. The information is usually well referenced. A quick search, though, does not show data on forces in car crashes. A more thorough search might.Da Apprentice said:I was wondering is there any research that has been done into the typical amount of force generated duing a car crash. Eg, when the car hits a wall for example does anyone know the average force needed to stop it? thoght it'd be interesting to know since I'm doing similar research on this topic in Physics at the moment.
Thanks,
The force of an average car crash can vary depending on several factors such as the speed of the vehicles involved, the weight of the vehicles, and the angle of impact. However, studies have shown that the average force of a car crash is around 30 times the force of gravity or 30 Gs.
The force of a car crash can have a significant impact on the human body. It can cause injuries such as whiplash, broken bones, and even internal damage. The force can also cause the body to accelerate and decelerate quickly, leading to serious injuries or death.
Yes, the force of a car crash can be reduced through various safety measures. These include wearing seatbelts, having airbags in the vehicle, and using safety features such as crumple zones and reinforced frames. These safety measures are designed to absorb some of the force and protect the passengers inside the vehicle.
In a car crash, the force is directly related to the mass of the vehicles involved. The greater the mass, the greater the force of the impact. This is why larger and heavier vehicles tend to cause more damage in accidents compared to smaller and lighter vehicles.
The force of a car crash can vary greatly depending on the specific circumstances. However, it is generally considered to be a high-impact event. Compared to other types of impacts, such as falling from a height or being hit by a heavy object, the force of a car crash can be equally or even more damaging to the human body.