Final answer:
When a material loses resiliency and tension, it decreases shock and injuries. For example, a car shock absorber is less capable of protecting passengers when it loses its resiliency and tension. The correct answer is b).
Step-by-step explanation:
Lose Resiliency and Tension:
a) Increases shock and injuries.
b) Decreases shock and injuries.
c) Maintains the same shock and injuries.
d) Has no impact on shock and injuries.
The correct answer is b) Decreases shock and injuries. When a material loses resiliency and tension, it becomes less able to absorb shock and distribute forces, resulting in increased injuries. For example, when an object with elastic potential energy, such as a car shock absorber, loses its resiliency and tension, it is less capable of absorbing shocks from the road and protecting the passengers.