Generate a detailed image portraying the concept of a car's crumple zone. Show a one meter section at the front of a passenger car, divided into ten equal segments, each illustrating different stages of deformation. From no deformation in the first section to extreme deformation in the tenth. Do not include any text, making sure to use visual cues to convey the gradual changes in the structure.

For a 1.00 m (100 cm) crumple zone, how much deformation do you think is needed in order to keep the passenger the safest?

"When set to 100cm, 450 Safety Cell Rigidity and 300 Crumple Zone Rigidity gave the passenger a 100% likelihood of survival."

I did use an airbag though. It was set at 14.

As much as space as possiable in crumble zone to keep the passanger the safest , and also it all depends on the size of the car .

1m because that is the most common to get as your answer.

It's difficult to give an exact answer as the deformation required in a crumple zone varies depending on the size, weight, and speed of the vehicle, as well as other factors such as the use of airbags and seat belts. However, a general rule of thumb is that a crumple zone should deform by at least one meter to absorb the impact and keep the passenger safe.

girl just answer

ughhhh nobody answerand idk i have same question

heheheha

idk

no one wants to answer buddy

They are right. It does depend on the size of the car.