The optimum speed and the optimum density for the high-speed freeway data set is assumed to be 40 miles per hour and 50 vehicles per mile per lane, respectively. Determine the equations for the Greenberg, Underwood, and Northwestern models, and construct flow-speed-density relationships in a fashion similar to Figure Question 1b. 6050GreenshieldsGreenberg40Underwood30Nanhwastarn2010-50 60 70 001020304006100110120130Density (veh/mile/lane)240020001600120080040010 20 30405060708090100110120130Density (veh/mile/lane)605040302010200400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600Flow (vehhr/lane)Figure Question 1bFlow (veh/hr/lanelSpeed (miles/hr)(4/1ju) paads

Answered: Image /qna-images/answer/e2774878-4176-4ee2-a1d8-4e82c46a63d8.jpg

The optimum speed and the optimum density for the high-speed freeway data set is assumed to be 40 miles per hour and 50 vehicles per mile per lane, respectively. Determine the equations for the Greenberg, Underwood, and Northwestern models, and construct flow-speed-density relationships in a fashion similar to Figure Question 1b.

The optimum speed and the optimum density for the high-speed freeway data set is assumed to be 40 miles per hour and 50 vehicles per mile per lane, respectively. Determine the equations for the Greenberg, Underwood, and Northwestern models, and construct flow-speed-density relationships in a fashion similar to Figure Question 1b.

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter8: Time And Time-related Variables In Engineering

Section8.5: Engineering Variables Involving Length And Time

Problem 2BYG

See similar textbooks

Similar questions

2hd Semester, SY 2021-2022 / College of Engineering / Bachelor of Science in Civil Engineering A freight train starts from rest and travels with a constant acceleration of 0.5 ft/s 2. After a time t' it maintains a constant speed so that when t = 160 s it has traveled 2000 ft. Determine the time t' and draw the v-t graph for the motion. Maximum file size: 50MB, maximum number of files: 1
o T ☺ ť Q2/ Two helicopters, H1 and H2, are traveling together. At the time t = 0, they separate and follow different straight line paths given by H: x = 6+ 40t y = -3 + 10t z = -3 + 2t H2: x = 6+ 110t y = -3 + 4t z = -3 +t Time t is measured in hours and all coordinates are measured in miles. Due to an error, H, stops its flight at (446, 13, 1) and lands at (446, 13, 0). Two hours later, H, is informed about Hz and moved toward H, at 175 mph. How long will it takes H, to reach H2? Ans./ 1.17 hours مرّ للأعلى لاستعراض الفلاتر + إضافة شرح. . . mum <
Two helicopters, H1 and H2, are traveling together. At the time t 0, they separate and follow different straight line paths given by H1: x = 6+ 40t y = -3+ 10t z = -3+2t H2: x 6+ 110t y = -3+ 4t z = -3+t Time t is measured in hours and all coordinates are measured in miles. Due to an error, H2 stops its flight at (446, 13, 1) and lands at (446, 13, 0). Two hours later, H is informed about H2 and moved toward H2 at 175 mph. How long will it takes Hi to reach H2?
=if LL-30 and PL=10 then Pl 22 O 12 O 20 O 15 O 16 O
Analyze the argument and its translation in quantificational logic: "All humans are mortals. Socrates is human. Therefore, Socrates is mortal. " [Hx, Mx] 1. (x) (Hx Mx) Valid 2. Hs .. Ms 3. asm: ~ Ms 4. (Hs Ms) {from 1} 5. Ms {from 4 and 2}MP {Line 3 and 5 Contradicts} What rule was used in obtaining line 4? (A) Drop Universal B) Drop Existential C) Reverse Squiggle (D) Modus Ponens
The table shows the details for a license plate car parking survey. The average bay turnover is approximately Time Bay 0-15 15-30 30-45 45-60 1 3746 9567 9567 2 1602 6602 4424 2329 3 3998 3998 5678 4 7543 4145 7673 8128 8118 9985 3356 6. 2331 2257 8901 7 1004 3892 1013 1013 8 8006 7943 9. 2076 5996 8039 3301 10 3095 1243 5556 3 .a 8 .b 6. .C .d None .e
۳:۰۱ م %01 Q1// Test the following DE for exactness: y (cos'x+y sin x) dx + cos x (sin x cos x+ 2y) dy = 0 اختر الاجابة الصحيحة , مع كتابة كافة خطوات الحل في الورقة و رفعها في نهاية الامتحان. . . . لن تقبل الاجابة بدون خطوات الحل O A. Exact O B. Not a first order ODE C. Not exact D. Homogenous E. Non homogenous Next page
v8g87wty g87wy08g7y0w89y98w7y f89yhswu89gh08qw7erh098h90as8dfgy0as789d60879asdg
kindly answer immediately, thankyou so much, in the surveyig subject -Problem ABCDE6. A student counted 50, 52, 53, 51, 53, and 51 paces in walking along a 45-m course laid out on a concrete pavement. The student took 768, 771, 770, 769, and 770 paces in walking an unknown distance AB. What is the the average pace is 51.67 now, On Problem ABCDE6. The student took 768, 771, 770, 769, and 770 paces in walking an unknown distance AB. His pace factor should be equal to choices: a. 0.871, b. 0.860, c. 0.875, d. none of the above -On Problem ABCDE6. The length of AB based on pace factor of the student is equal to choices: a. 670.32, b. 670.34, c. 670.33, c. none of the above
3. A train moves slowly along a straight portion of track according to the graph of position versus time in the figure below. Find
AMoving to estion 42 An open cylindrical tank 45 cm in diameter and 135 cm tall is full of water and revolved about its own vertical axis at constant angular speed. What will be the depth of water (in meters) in the tank when it is brought to rest from an angular speed of 200 rpm? Round off to three decimal places. « > A Moving to another question will save this response. F10 F11 F12 DELETE PAUSE FB ES F6 w ERT BREA F2 F4 % & NUM LK @ %23 8 6 { P Q R Y ENTER AL G H J K SHIFT V B M V
Note: Replace all zero digits of your ID number by number "2" Problem #7: 850 + A (N) 1.5 m 1.5 m Use X = Last 3 digits of ID number A 1 m Y = Last 2 digits of ID number J45° 450 + Y (N-m) A = 4th digit of ID number B = 5th digit of ID number C = 6th digit of ID number %3D e.g., ID # = 12-3456-789 X = 789 If the collar at A is fixed to the member and can slide vertically along the vertical shaft which means that there is no vertical reaction at point A, Y = 89 19. Determine the reaction at the roller support at B. (N) A = 4 20. Determine the horizontal reaction at the support at A. (N) B = 5 21. Determine the moment at the support at A. (N) C = 6