Question

Very large accelerations can injure the body, especially if they last for a considerable length of time. One model used to gauge the likelihood of injury is the severity index (SI), defined as SI = as21. In the expression,ns the duration of the accleration. but a is not equal to the acceleration. Rather, a is a dimensionless constant that equals the number of multiples of g that the acceleration is equal to. In one set of studies of rear-end collisions, a persons velocity increases by 12.2 km/h with an acceleration of 31.5 m/s.Let the +x direction point in the direction the car is traveling. What is the severity index for the collision? SI= | 1.9863 How far d does the person travel during the collision if the car was initially moving forward at 5.20 km/h? d-14939 m3
0 0
Add a comment Improve this question Transcribed image text
Answer #1


3.38 % 338-0rn

Add a comment
Know the answer?
Add Answer to:
Very large accelerations can injure the body, especially if they last for a considerable length of...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Very large accelerations can injure the body, especially if they last for a considerable length of...

    Very large accelerations can injure the body, especially if they last for a considerable length of time. One model used to gauge the likelihood of injury is the severity index (SI), defined as SI = a521. In the expression, t is the duration of the accleration, but a is not equal to the acceleration. Rather, a is a dimensionless constant that equals the number of multiples of g that the acceleration is equal to. In one set of studies of...

  • Very large accelerations can injure the body, especially if they last for a considerable length of...

    Very large accelerations can injure the body, especially if they last for a considerable length of time. One model used to gauge the likelihood of injury is the severity index (S1), defined as S1 a2. In the expression, t is the duration of the accleration, but a is not equal to the acceleration. Rather, a is a dimensionless constant that equals the number of multiples of g that the acceleration is equal to. In one set of studies of rear-end...

  • Very large accelerations can injure the body, especially if they last for a considerable length of...

    Very large accelerations can injure the body, especially if they last for a considerable length of time. One model used to gauge the likelihood of injury is the severity index (??SI), defined as ??=?5/2?SI=a5/2t . In the expression, ?t is the duration of the accleration, but ?a is not equal to the acceleration. Rather, ?a is a dimensionless constant that equals the number of multiples of ?g that the acceleration is equal to. In one set of studies of rear-end...

  • Very large accelerations can injure the body, especially if they last for a considerable length of...

    Very large accelerations can injure the body, especially if they last for a considerable length of time. One model used to gauge the likelihood of injury is the severity index (ST), defined as SI2t. In the expression, is the duration of the accleration, but a is not equal to the acceleration. Rather, a is a dimensionless constant that equals the number of multiples of g that the acceleration is equal to. In one set of studies of rear-end collisions, a...

  • Very large accelerations can injure the body, especially if they last for a considerable length of...

    Very large accelerations can injure the body, especially if they last for a considerable length of time. One model used to gauge the likelihood of injury is the severity index (SI), defined as SI - a52t. In the expression, t is the duration of the cceleration. Rather, a constant that equals the number of multiples of g that the acceleration is equal to. In one set of studies of rear end colisions,a person's velocity increases by 15,6 km/h with an...

  • 1. Cheetahs can accelerate to a speed of 20.0 m/s in 2.50 s and can continue...

    1. Cheetahs can accelerate to a speed of 20.0 m/s in 2.50 s and can continue to accelerate to reach a top speed of 27.6 m/s. Assume the acceleration is constant until the top speed is reached and is zero thereafter. Let the +?+x direction point in the direction the cheetah runs. Express the cheetah's top speed ?top in miles per hour (mi/h)(mi/h) . vtop = Starting from a crouched position, how much time ?accel does it take a cheetah...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT