True
A: True
A car absorbs the energy and force of a crash in the crumple zone.
By getting compressed, the cushioning material absorbs some of the energy of the collision. This leaves less force to cause injury or damage.
it reduces the impact force
The force of the collision has to be great enough for the crash sensors to allow the air bag to inflate
It is better to cru,ple since the process of crumpling absorbs some of the impact force.
The force of the collision has to be high enough for the crash sensors to inflate the air bags
for the case of the side of the car: if the side doors are crumple then the people in the car would be crash because there is not much space for the crumble zone to absord the force and redistribute. also, if the roof of the car is crumple, then when the car collapses , people in the car will be crash. we want the collision force to be far away from the passengers , and the way that the crumble zone work is when the car hit something, the crumble zone reduces the initial force of the crash, and they redistribute the force before it reaches the vehicle's occupants. hope this kind like give you the idea,
Head-on collision produces the greatest force of impact.
It depends on what you crash into , a solid concrete wall with no " give " or another vehicle , the collision has to have enough " force " to require the air bag(s) to inflate
Decreases the force of a collision
Decreases the force of a collision