The parking survey data collected from a parking lot by license platemethod is as shown in the table below. Find the average occupancy,average turn over, parking load, parking capacity and efficiency of theparking lot.BAYP1P2P3P4Time00-10 10-20 20-30 30-40 40-50 50-60A1212 Y1212 B1212 C1212 D1212 E1212H7896 H7698 K7878B1012 C1210 E1021 M7878 K1612 K7887K7878G0012 P1010 F6666 F6666 F6666 F6666Q1 L3232 L3232 L3232 L3232 L3232 L3232Q2 A1919 A1919 B1645 P7814 Q3636 V0001Q3 M2756M2756 M2756Q4 R6015 P6015 B6015 E6015Q5Q6 Q6666 B1212 Q6666 B1212 Q6666 B1212M2756F6015 E6015T1010

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The parking survey data collected from a parking lot by license plate method is as shown in the table below. Find the average occupancy, average turn over, parking load, parking capacity and efficiency of the parking lot. BAY P1 P2 P3 P4 Time 00-10 10-20 A1212 20-30 30-40 40-50 50-60 Y1212 B1212 C1212 D1212 E1212 K7878 H7896 H7698 K7878 - B1012 C1210 E1021 M7878 K1612 K7887 GO012 P1010 F6666 F6666 F6666 F6666 Q1 L3232 L3232 L3232 L3232 L3232 L3232 B1645 P7814 Q3636 V0001 Q2 A1919 A1919 Q3 M2756 M2756 M2756 M2756 Q4 R6015 P6015 B6015 E6015 F6015 E6015 Q5 Q6 Q6666 B1212 Q6666 B1212 Q6666 B1212 T1010

The parking survey data collected from a parking lot by license plate method is as shown in the table below. Find the average occupancy, average turn over, parking load, parking capacity and efficiency of the parking lot. BAY P1 P2 P3 P4 Time 00-10 10-20 A1212 20-30 30-40 40-50 50-60 Y1212 B1212 C1212 D1212 E1212 K7878 H7896 H7698 K7878 - B1012 C1210 E1021 M7878 K1612 K7887 GO012 P1010 F6666 F6666 F6666 F6666 Q1 L3232 L3232 L3232 L3232 L3232 L3232 B1645 P7814 Q3636 V0001 Q2 A1919 A1919 Q3 M2756 M2756 M2756 M2756 Q4 R6015 P6015 B6015 E6015 F6015 E6015 Q5 Q6 Q6666 B1212 Q6666 B1212 Q6666 B1212 T1010

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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Similar questions

Based on the count data shown below, is a traffic signal justified under warrant 1 or warrant 2? The major road is in the E-W direction and minor road is in the N-S direction. Assume there are two lanes on all approaches and the major road speed limit is 35 mph. Hour Beginning 7 AM 8 AM 9 AM 10 AM 11 AM 12 PM 1 PM 2 PM 3 PM 4 PM 5 PM 6 PM SB Approach 321 289 161 139 167 281 256 226 204 239 243 227 Mean volume counts, each hour EB Approach 403 366 284 304 354 413 397 433 340 440 517 423 WB Approach 168 189 137 167 223 301 284 306 258 322 393 355
27 …… is the average speed of all vehicles along a roadway as determined by the distance and the rünning times between two selected points. 1. Running speed 2. Posted speed 3. Operating speed 4. Design speed
Table below shows the frequency of each speed collected from a rural highway segment. Caiculate the 85-percentile speed. Note: The 85-percentile speed is designed as the speed at or below which 85% of the traffic is travelling. Speed (MPH 25 Frequency 28 2 1 29 32 33 35 2 36 1 37 39 2 42 1 43 45 5 46 2 47 3 48 49 3 50 51 52 1 53 2 54 1 55 56 1 57 2 60 1 61 2 62 1 63 1 64 1 65 1 66 69
Assume you are an observer standing at a point along a three‐lane roadway. All vehicles in lane 1 are traveling at 30 mi/hr, all vehicles in lane 2 are traveling at 45 mi/hr, and all vehicles in lane 3 are traveling at 60 mi/hr. The spacing between vehicles in each lane is 0.5 mile. If you collect spot speed data for all vehicles as they cross your observation point for 2 hours, what will be the time‐mean speed and space‐mean speed for this traffic stream?
q.complete. Answer.
Find Pace for data shown in table below which below represents speed spot study (SSS) data that recorded from urban collector highway in Tikrit city. E No. 1234 5 6 789 Speed group (mph) 20-25 25-30 30-35 35-40 40-45 45 - 50 50-55 55 - 60 60-65 Frequency (f) 0 4 13 28 41 37 22 9 0
The following travel times were observed for 4 vehicles traveling a one km segment of the SLEX. It is required to determine the space mean speed of these vehicles
Subject is Transportation Engineering The answer to the question is provided what need a is a detailed explanation of each part of the question of how the came about the answers shown in simplest terms
F] Vehicles travel at constant speeds on a one-lane one-way street between sections X and Y. An observer located at point X observes the four vehicles passing point X during a period of 10 seconds. The speeds of the vehicles are measured as 45, 45, 40, and 30mph, respectively. Calculate the average flow, density, time mean speed, and space mean speed.
A section of a highway is known to have a free-flow speed of 65 mi/h and a capacity of 3500veh/h. In a given hour, 2500 vehicles were counted at a specified point along this highway section. If the linear speed-density relationship applies. What would you estimate the space-mean speed (mph) of these 2500 vehicles be? choices: 50.34, 48.61, 49.87, 51.46
4. The statistical data of an urban spot speed study is given below. A set of 130 observations of spot speeds made by timing vehicles through a "Trap" of 88ft. The stopwatch was used to obtain data. The stopwatch data are grouped into 0.2 sec. Classes. The first column of the table shows the midpoint of each group. The second column of the table shows the frequency of the observations. Compute the following statistical values. a) The speed of each time class in mph (show it in the third column) b) The cumulative percent of vehicles traveling at or below indicated speed shown in the third column in mph (show it in the forth column) c) Mean or average speed (time-mean speed), median, mode, standard deviation, standard error of the mean, average time, space-mean speed, variance, 15%, and 85% speed. d) Plot the cumulative percentage, and show the statistical values of item (c) on the graph. e) Plot the frequency distribution curve and show the statistical values on the graph.