Solve for the ratio of the longer radius to the shorter radius in percentage, considering that: 1. Point PRC is having 1/3 distance from B and 2/3 distance from C. 2. The Forward Tangent is along horizontal 3. Point C is known to be the second vertex of the reverse curve 4. Two tangents converge at angle m

Solve for the ratio of the longer radius to the shorter radius in percentage, considering that: 1. Point PRC is having 1/3 distance from B and 2/3 distance from C. 2. The Forward Tangent is along horizontal 3. Point C is known to be the second vertex of the reverse curve 4. Two tangents converge at angle m

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

What is the stationing of PC if the stationing of PI = 042+089.6 based on the given elements of the compound curve as follows: I1=180 ,I2 =23.50 ;D1=20 , D2=40 Show solution
In a lake the water is moving and at each point in the lake there is a velocity vector so, we have a well-defined velocity field V at any point of the lake. Let us consider a thinkable curve C in the S. lake. Then the line integral V.T ds from the velocity field V with respect to the arc-length C measure over the curve (path) C sums (adds up) the tangent components to the curve C of the velocity field V along the points on the curve C. In this sense, the line integral measures how much of the water (the fluid) is aligned with the curve C. In other words, the above line integral measures, indicates how much of the water (the fluid) tends to circulate around the curve C. Hence, we define the circulation s done by the velocity field V around the curve C as r= V.T ds C In physics, circulation is the line integral of a vector field around a close curve. In fluid dynamics the field is the fluid velocity field. In electrodynamics, it can be the electric or the magnetic field. Suppose that a…
Problem 122 The first-quadrant point on the curve y x = 18 that is closest to the point (2, 0) is а. (2,3) с. (3, уб) b. (6, v3) d. (1,3/2)
With the same problem, solve using this formulas. Draw the curve accurately.Additional Problem: L(Curve Length) = R x I (angle of intersection) x pi/180
Illustrate it and use four decimal places.
The slope dv/dx is positive when the tangent to the elastic curve slopes upward to the right. O False True L MO B UN
show solution pls
A simple curve connects two tangents AB and BC with bearings N 85°30'00" E and S 68°30'00"E, respectively. If the stationing of B is 4+360.2, and the stationing of PC is 4+288.4, determine the following: a. Radius Answer: R= b. External Distance Answer: E= c. Middle Ordinate Answer: M= d. Chord Distance Answer: Lc= e. Length of Curve Answer: L= m m m m E
Given for a compound curve: plus of PI = 14 + 29.31 , Δ = 97 ° 35 ′ 15 ″ ; the first radius R 1 = 400 ′ , Δ 1 = 63 ° 22 ′ 18 ″ , R 2 = 800 ′ . Compute the pluses of PC, PCC, and PT and the length
K2
QUESTION 7 Determine the common tangent of a reversed curve given the following properties: 11 = 38.90° D₁ = 5.75° 12 = 37.95⁰ D2 = 3.81° NOTE: Solution is not required.