From the double rodded level notes shown below, STA BS FS ELEV BM1 7.08 448.123 TP-1 (L) 11.24 TP-1 (H) 9.1 TP-2 (L) 10.04 TP-2 (H) 8.92 TP-3 (L) 0.75 TP-3 (H) 1.35 TP-4 (L) 2.67 TP-4 (H) BM-2 (L) BM-2 (H) 1.44 2.73 0.6 1.21 0.45 8.84 7.62 3.11 1.77 10.27 10.27 Determine the height of instrument between TP-3 and TP-4 in the path of higher elevation. Express answer into 3 decimal places and do not type the unit.

From the double rodded level notes shown below, STA BS FS ELEV BM1 7.08 448.123 TP-1 (L) 11.24 TP-1 (H) 9.1 TP-2 (L) 10.04 TP-2 (H) 8.92 TP-3 (L) 0.75 TP-3 (H) 1.35 TP-4 (L) 2.67 TP-4 (H) BM-2 (L) BM-2 (H) 1.44 2.73 0.6 1.21 0.45 8.84 7.62 3.11 1.77 10.27 10.27 Determine the height of instrument between TP-3 and TP-4 in the path of higher elevation. Express answer into 3 decimal places and do not type the unit.

Traffic and Highway Engineering

5th Edition

ISBN:9781305156241

Author:Garber, Nicholas J.

Publisher:Garber, Nicholas J.

Chapter14: Highway Surveys And Location

Section: Chapter Questions

Problem 16P

See similar textbooks

Similar questions

15 - Which of them does not affect the amount of load the loco of the train running between two stations can pull?A) Loco is E or DEB) Loko hook pullC) Current loko powerD) Steepest ramp valueE) Line slope
Two trains travel on parallel tracks in the same direction. The leading train has a length of 180m and velocity of 120 kph. The second train has a length of 100m and velocity of 180 kph. Their clear distance is initially 500 meters. 1. How long will it take for the second train to reach the rear of the first? a. 47.6 sec b. 53.6 sec c. 30 sec d. 57.6 sec 2. How long will it take for their front to be abreast. a. 77.6 sec b. 40.8 sec c. 97.6 sec d. 64.8 sec 3. How long will it take for second train to fully overtake the first. a. 73.43 sec b. 83.6 sec c. 97.61 sec d. 46.8 sec
Q2: What would be the equilibrium cant on a B.G curved track of 8° if the speeds of several trains running on a main curve track are as follows: i- 15 trains at speed of 50 kmph. ii- 10 trains at speed of 60 kmph. 5 trains at speed of 70 kmph. iii- iv- 2 trains at speed of 80 kmph. Also calculate the max. Permissible speed on these line.
VERY URGENT!!! The distance between stations A and B on a railway route is 40 km andelevation difference is 400 meters. The total length of the line segment between these two stations is 5 km.There are tunnels with a radius of 1400 meters and tunnels with a total length of 2 km. tunnel andThis slope is detrimental for a train going down the slope at 100 km/h in a section where the victim overlaps.Is it harmless? Tunnel resistance 3 kg/t, curve resistance 700/R kg/t, straight and straightresistance wo = 2 + (V2/ 4000) kg/t.
Two trains travel on parallel tracks in the same direction. The first train has a length of 100m and velocity of 200 kph. The second train has a length of 120m and velocity of 250 kph. Their clear distance is initially 800 meters.1. How long will it take for the second train to reach the rear of the first? a. 47.6 secb. 53.6 secc. 67.6 secd. 57.6 sec2. How long will it take for their front to be abreast. a. 77.6 secb. 83.6 secc. 97.6 secd. 64.8 sec
QUESTION 13 B, 14 H, 2 A, 8 C, 10 D, 8 G, 12 For the network diagram shown above, what is the critical path? O a. A-C-D-G-I O b. A-B-E-G-I OC. A-B-F-H-I O d. A-C-E-H-I F, 10 E, 6 1,7
19 - What is the most important purpose of using a reclining train?A) to prevent wear on the wheels B) maintain the track structure under the rail C) prevent abrasion on rail surfaces D) faster cruise on the curvesE) safe travel along the line
12–139. Cars move around the "traffic circle" which is in the shape of an ellipse. If the speed limit is posted at 60 km/h, determine the minimum acceleration experienced by the passengers. *12-140. Cars move around the "traffic circle" which is in the shape of an ellipse. If the speed limit is posted at 60 km/h, determine the maximum acceleration experienced by the passengers. (60)' (40)2 40 m 60 m
The maximum speed of a train on B.G. track having a curvature of 3° and cant of 10 cm with allowable cant deficiency of 76 mm, for conditions obtaining in India, is A) 87.6 km/h B) 99.6 km/h C 76.6 km/h D) 65.6 km/h
9/27/2011 Problem 6: Constant Acceleration Consider a bathtub on a luxury train. Before the train leaves the station, the bathtub is completely full. If the train has an acceleration of 12.8 ft/s², how much water will spill [ft³]? The dimensions of the bathtub are 5.0 ft long (i.e., in the direction of movement), 2.5 ft deep, and 3.0 ft wide.
Express (a) 275C in K, (b) 25.55 K in C, (c) –47.0C in F, and (d) 100.0F in K
Classify the panels as one-way or two-way system (2 Points) 4 m 5.5 m B-2 B-2 S2 2.5 m S1 B-1 S3 2.5 m B-3 B-3 S1:one-way, S2:one-way, S3:one- way S1:one-way, S2:two-way, S3:one-way S1:one-way, S2:one-way, S3:two-way S1:two-way, S2:two-way, S3:two-way S1:two-way, S2:two-way, S3:one-way S1:two-way, S2:one-way, S3:one-way G-1