A REVERSE CURVE is composed of three simple curves (CURVE1, CURVE2 & CURVE3). CURVE1 is connected to CURVE2 at Station A. CURVE2 is connected to CURVE3 at Station B. The stationing of PC is 7 + 300. CURVE1: 01 to PC1: 550 meters (distance) and 0 deg, 0' (bearing in WCB) 01 to PT1: 550 meters (distance) and 64 deg, 23' (bearing in WCB) CURVE2: O2 to PC2: 400 meters (distance) and 64 deg, 23' (bearing in WCB) O2 to PT2: 400 meters (distance) and 75 deg, 20' (bearing in WCB) CURVE3: 03 to PC3: 320 meters (distance) and 255 deg, 20' (bearing in WCB) 03 to PT3: 320 meters (distance) and 200 deg, 45' (bearing in WCB) What is the stationing of Station PT of the reverse curve?
A REVERSE CURVE is composed of three simple curves (CURVE1, CURVE2 & CURVE3). CURVE1 is connected to CURVE2 at Station A. CURVE2 is connected to CURVE3 at Station B. The stationing of PC is 7 + 300. CURVE1: 01 to PC1: 550 meters (distance) and 0 deg, 0' (bearing in WCB) 01 to PT1: 550 meters (distance) and 64 deg, 23' (bearing in WCB) CURVE2: O2 to PC2: 400 meters (distance) and 64 deg, 23' (bearing in WCB) O2 to PT2: 400 meters (distance) and 75 deg, 20' (bearing in WCB) CURVE3: 03 to PC3: 320 meters (distance) and 255 deg, 20' (bearing in WCB) 03 to PT3: 320 meters (distance) and 200 deg, 45' (bearing in WCB) What is the stationing of Station PT of the reverse curve?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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