7. Roller coasters are in the shape of a clothoid loop. This means the loop's radius is small at the top, and larger at the bottom. Using equation v= /6gr a Assumingr=3.2m at the top, what is the maximum speed the roller coaster can go at the top of the loop? b. If -5.5m at the bottom of the loop,how much faster was the roller coaster going at the top of the loop?
7. Roller coasters are in the shape of a clothoid loop. This means the loop's radius is small at the top, and larger at the bottom. Using equation v= /6gr a Assumingr=3.2m at the top, what is the maximum speed the roller coaster can go at the top of the loop? b. If -5.5m at the bottom of the loop,how much faster was the roller coaster going at the top of the loop?
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![7. Roller coasters are in the shape of a clothoid loop. This means the loop's radius is small
at the top, and larger at the bottom. Using equation v= /6gr
a Assuming=3.2m at the top, what is the maximum speed the roller coaster can
go at the top of the loop?
b. If -5.5m at the bottom of the loop,how much faster was the roller coaster going
at the top of the loop?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F11c08268-409d-4492-b844-51aebb83c26d%2Fa55aeb18-95e4-47e4-bcd9-d75c20942b7e%2Fpv48q6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:7. Roller coasters are in the shape of a clothoid loop. This means the loop's radius is small
at the top, and larger at the bottom. Using equation v= /6gr
a Assuming=3.2m at the top, what is the maximum speed the roller coaster can
go at the top of the loop?
b. If -5.5m at the bottom of the loop,how much faster was the roller coaster going
at the top of the loop?
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