a) Calculate the equivalent hourly flows by dividing the peak-hour volumes by the P calculate the critical lane volume f

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A Calculate The Equivalent Hourly Flows By Dividing The Peak Hour Volumes By The P Calculate The Critical Lane Volume F 1 (37.77 KiB) Viewed 51 times

a) Calculate the equivalent hourly flows by dividing the peak-hour volumes by the P calculate the critical lane volume for each phase. Put your answers in the following Phase Peak-hour 464 Equivalent 488 Critical lane bekis PHF045 222 233 321 352 128 134 358404 109 STIKA C 75 78 230 25 26 352 542 D 100 15 547 206 216 Sum= b) Assume that lost time per phase (₁) is 3.5 seconds and all-red time lost time (L). L= seconds c) Calculate Y and EY, and fill results in the following Phase B (WB) Phase A (EB) 1 2 Lane Group 9 S q/S Y₁ EY₁ = d) Calculate the optimum cycle length Seconds 1.5245 C₁ = A B Y time (G₁)