Question

Let's return to the chapter opening question: What
produces the fear factor in the last car of a traditional
gravity-driven roller coaster? Let's consider a coaster
having 10 identical cars with total mass M and massless
interconnections. Figure 5-17a shows the coaster just
after the first car has begun its descent along a friction-
less slope with an angle 6. Figure 5-17b shows the
coaster just before the last car begins its descent.
What is the acceleration of the coaster in these two
situations?​

Answer 1

Answer:

Let's return to the chapter opening question: What

produces the fear factor in the last car of a traditional

gravity-driven roller coaster? Let's consider a coaster

having 10 identical cars with total mass M and massless

interconnections. Figure 5-17a shows the coaster just

after the first car has begun its descent along a friction-

less slope with an angle 6. Figure 5-17b shows the

coaster just before the last car begins its descent.

What is the acceleration of the coaster in these two

situations?

Let's return to the chapter opening question: What

produces the fear factor in the last car of a traditional

gravity-driven roller coaster? Let's consider a coaster

having 10 identical cars with total mass M and massless

interconnections. Figure 5-17a shows the coaster just

after the first car has begun its descent along a friction-

less slope with an angle 6. Figure 5-17b shows the

coaster just before the last car begins its descent.

What is the acceleration of the coaster in these two

situations?

Let's return to the chapter opening question: What

produces the fear factor in the last car of a traditional

gravity-driven roller coaster? Let's consider a coaster

having 10 identical cars with total mass M and massless

interconnections. Figure 5-17a shows the coaster just

after the first car has begun its descent along a friction-

less slope with an angle 6. Figure 5-17b shows the

coaster just before the last car begins its descent.

What is the acceleration of the coaster in these two

situations?

Let's return to the chapter opening question: What

produces the fear factor in the last car of a traditional

gravity-driven roller coaster? Let's consider a coaster

having 10 identical cars with total mass M and massless

interconnections. Figure 5-17a shows the coaster just

after the first car has begun its descent along a friction-

less slope with an angle 6. Figure 5-17b shows the

coaster just before the last car begins its descent.

What is the acceleration of the coaster in these two

situations?

Let's return to the chapter opening question: What

produces the fear factor in the last car of a traditional

gravity-driven roller coaster? Let's consider a coaster

having 10 identical cars with total mass M and massless

interconnections. Figure 5-17a shows the coaster just

after the first car has begun its descent along a friction-

less slope with an angle 6. Figure 5-17b shows the

coaster just before the last car begins its descent.

What is the acceleration of the coaster in these two

situations?