Situation 4: For the first three items, consider the following: A car having a weight of 40 KN is moving at a certain speed around the curve. Assuming no lateral pressure between the tire and pavement and considering a centrifugal ratio of 0.30. 52. If the degree of curve is 4° determine the maximum speed that the car could move around the curve. a. 104.53 kph b. 193.16 kph c. 162.24 kph d. 240.41 kph 53. Compute the angle of embankment to be provided for this speed if the skid resistance is 0.12. a. 10.21 b. 12.01 C. 21.10 d. 11.20

Situation 4: For the first three items, consider the following: A car having a weight of 40 KN is moving at a certain speed around the curve. Assuming no lateral pressure between the tire and pavement and considering a centrifugal ratio of 0.30. 52. If the degree of curve is 4° determine the maximum speed that the car could move around the curve. a. 104.53 kph b. 193.16 kph c. 162.24 kph d. 240.41 kph 53. Compute the angle of embankment to be provided for this speed if the skid resistance is 0.12. a. 10.21 b. 12.01 C. 21.10 d. 11.20

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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