Given; A highway intersect a grade of (-)2.20 % to a (+) 3.80 %, this curve provides a 100 m stopping sight distance for a design velocity of 20.83 m/s. 17. Calculate the minimum length of the vertical curve (m)? a. 83.44 b. 85.44 c. 81.44 d. None of the choice 18. Find the location of the lowest point of the curve from PT (m)? a. 54.11 b. 56.11 55.11
Given; A highway intersect a grade of (-)2.20 % to a (+) 3.80 %, this curve provides a 100 m stopping sight distance for a design velocity of 20.83 m/s. 17. Calculate the minimum length of the vertical curve (m)? a. 83.44 b. 85.44 c. 81.44 d. None of the choice 18. Find the location of the lowest point of the curve from PT (m)? a. 54.11 b. 56.11 55.11
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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ANSWER ASAP.
![Given; A highway intersect a grade of (-)2.20 % to a (+) 3.80 %, this curve provides a 100 m stopping
sight distance for a design velocity of 20.83 m/s.
17. Calculate the minimum length of the vertical curve (m)?
a. 83.44
b. 85.44
c. 81.44
d. None of the choice
18. Find the location of the lowest point of the curve from PT (m)?
a. 54.11
b. 56.11
C. 55.11](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F67a7d05f-129e-46fb-9054-b558c4bc8eb1%2F0a05a89f-5918-4278-b037-8eef6fbcb330%2Fjda3o4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given; A highway intersect a grade of (-)2.20 % to a (+) 3.80 %, this curve provides a 100 m stopping
sight distance for a design velocity of 20.83 m/s.
17. Calculate the minimum length of the vertical curve (m)?
a. 83.44
b. 85.44
c. 81.44
d. None of the choice
18. Find the location of the lowest point of the curve from PT (m)?
a. 54.11
b. 56.11
C. 55.11
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