A highway curve was designed to connect intersecting tangents intersecting at an angle of 72°. The degree of curve is 4°30'. What is the length of chord that connects the PC and the midpoint of curve? a) 167.78m b) 157.38m c) 174.67m d)166.89m What would be the difference in the length of curve if this will be applied for railway? a) 0.12m b) 0.08m c) 1.45m d) 2.56m
A highway curve was designed to connect intersecting tangents intersecting at an angle of 72°. The degree of curve is 4°30'. What is the length of chord that connects the PC and the midpoint of curve? a) 167.78m b) 157.38m c) 174.67m d)166.89m What would be the difference in the length of curve if this will be applied for railway? a) 0.12m b) 0.08m c) 1.45m d) 2.56m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A highway curve was designed to connect intersecting tangents intersecting at an angle
of 72°. The degree of curve is 4°30'.
What is the length of chord that connects the PC and the midpoint of curve?
a) 167.78m
b) 157.38m
c) 174.67m d)166.89m
What would be the difference in the length of curve if this will be applied for railway?
a) 0.12m
b) 0.08m
c) 1.45m
d) 2.56m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F632a0895-26fd-4916-8e89-cddb384a73c7%2F64ab1e97-5e13-4a70-b9f8-28e4ece4750e%2Fa7hr6y_processed.png&w=3840&q=75)
Transcribed Image Text:A highway curve was designed to connect intersecting tangents intersecting at an angle
of 72°. The degree of curve is 4°30'.
What is the length of chord that connects the PC and the midpoint of curve?
a) 167.78m
b) 157.38m
c) 174.67m d)166.89m
What would be the difference in the length of curve if this will be applied for railway?
a) 0.12m
b) 0.08m
c) 1.45m
d) 2.56m
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