Two converging tangents have azimuth of 300' and 90' respectively, while that of the common tangent is 320. The distance from the point of intersection of the langents to the P1. of the 2nd curve is 100 m. while the stationing of the P1. of the first curve is 10 + 432.24. If the radius of the first curve is 285.40 m. O Determine the radius of the 2nd curve, @ Determine the stationing of P.R.C. O Determine the stationing of P.T.

Two converging tangents have azimuth of 300' and 90' respectively, while that of the common tangent is 320. The distance from the point of intersection of the langents to the P1. of the 2nd curve is 100 m. while the stationing of the P1. of the first curve is 10 + 432.24. If the radius of the first curve is 285.40 m. O Determine the radius of the 2nd curve, @ Determine the stationing of P.R.C. O Determine the stationing of P.T.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

p2. handwritten
Two tangents AB and VB are connected by a compound curve at points A (P.C.). and B (P.T.). Point V is the point of intersection of the tangents (P.I.). Angle VAB =30° and angle VBA =40°. Distance AB is 200m. and the radius of the second curve R2=100m. Determine the central angle of the first curve b. Determine the central angle of the 2nd curve C. Determine the radius of the first curve
provide solution, illustration and sketches
A horizontal curve is designed with a radius of 610 m. The curve has a tangent of 120 m and PI is at a station 3+140. Determine the stationing of the BC and EC.
The common tangent AB of a compound curve makes an angle with the tangents of the compound curve of 28° and 36° respectively. The stationing of V is 12+434.63. The degree of the first and second curve are 5.6° and 3.6° respectively. It is desired to substitute a simple curve that shall be tangent on the two tangent lines as well as the common tangent. Determine the following: ma) Radius of the simple curve b) stationing of new PC c) stationing of new PT
2. Two parallel tangents 20m apart are to be connected by a reversed curve. The radius of the first curve at the PC has a radius of 800m and the total length of the chord from the PC to PT is 300m. Stationing of the PC is 10 + 620. a. Find the central angle of each curve b. Find the radius of the curve passing thru the PT.
A compound curve is having a common tangent of 84.50 meters long. The central angles made by the common tangent for the first and second simple curve is 16o and 20o respectively. The length of the tangent of the first curve is 38.60 meters and Sta. PI is 10+180. Find the following: Length of curve from PC to PT Station of PC Station of PCC Station of PT
Show solution w/fbd
2. The common tangent CD of a reversed curve is 354.21 m and has an azimuth of 312°29'. BC is a tangent of the first curve whose azimuth is 252°45'. DE is a tangent of the second curve whose azimuth is 218°13'. The radius of the first curve is 180 m. The PI(1) is at Sta. 16+523.37. B is at PC and E is at PT. a) What is the Station of PC? b) What is the Station of PRC? c) What is the Station of PT?
A compound curve has a common tangent parallel to the long chord from PC to PT which measures 348 meters in length. The angle it makes with the longer and shorter tangents are 17° and 22° respectively. a. Find the radius of the first curve. b. Find the radius of the second curve. c. If the stationing of PC is at 10+916.07, find the stationing of PT.
A reversed curve is connecting the two tangent lines AB and CD having directions of due East and D 60° E, respectively. The radius of the first curve at A (PC) is 200 m and that of the second curve at D (PT) is 400 m. Stationing of A (PC) is at 10 + 120.50. If ED is 300 m long and has a bearing of S 20° E. 1. Find the central angle of first curve 2. Find the central angle of the second curve 3. Find the stationing of PT
A compound curve is created by the lines: AB N 35o E, BC N 80o E, and CD S 80o E. The curve has its radii as 105m and 120m, respectively. Determine the following: common tangent Sta PCC if Sta PC is at 3+000 Sta PT if Sta PC is at 3+000