Figure Q2(a) Profile of roller coaster: (a) The height of first hill height 20m, (b) Shape of the first hill and radius at the bottom ρ = 60 m, (c) The exit path height 5m, and (d) The loop to end the ride is a level ground, ignore the small height. Assuming a total mass of 1000kg, explain with calculations how would you design the roller coaster from start till the end of coaster ride: (iii) the radius of the exit hill and stopping distance of the coaster at the end of the flat path, assuming a braking force 1500N is applied.
Figure Q2(a) Profile of roller coaster: (a) The height of first hill height 20m, (b) Shape of the first hill and radius at the bottom ρ = 60 m, (c) The exit path height 5m, and (d) The loop to end the ride is a level ground, ignore the small height. Assuming a total mass of 1000kg, explain with calculations how would you design the roller coaster from start till the end of coaster ride: (iii) the radius of the exit hill and stopping distance of the coaster at the end of the flat path, assuming a braking force 1500N is applied.
Related questions
Question
Figure Q2(a) Profile of roller coaster: (a) The height of first hill height 20m, (b) Shape of the first hill and radius at the bottom ρ = 60 m, (c) The exit path height 5m, and (d) The loop to end the ride is a level ground, ignore the small height.
Assuming a total mass of 1000kg, explain with calculations how would you design the roller coaster from start till the end of coaster ride:
(iii) the radius of the exit hill and stopping distance of the coaster at the end of the flat path, assuming a braking force 1500N is applied.
Transcribed Image Text:(а)
(b)
(c)
(d)
Height of the first hill| Shape of the first hill
The exit path
The loop
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
