Calculate the critical volume then estimate the green time, Civil Engineering

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Calculate the critical volume then estimate the green time

Calculate the critical volume then estimate the green time interval for each phase of the intersection using the data provided below. Assume that the intersection will operate as a simple two phase cycle with a 90 second cycle length. Please also assume 2 lanes per intersection approach.

Yellow + all-red is 4.5 seconds / phase

Northbound peak hour volume is 460 vph

Southbound peak hour volume is 700 vph

Westbound peak hour volume is 760 vph

Eastbound peak hour volume is 860 vph

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Civil Engineering: Calculate the critical volume then estimate the green time

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Civil Engineering: Calculate the critical volume then estimate the green time

Reference No:- TGS0649459

Have a Question? (oR Write a Review)

Recent Questions Asked Civil Engineering

Q : The bus b has a weight of 15000 lb and is traveling to the

Q : What is the ph of the buffer that results when 120 g of

Q : A hot-air balloon is rising straight up with a speed of 182

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Q : Calculate the critical volume then estimate the green time

Q : A 32g bullet is fired from a rifle at 380 ms into a water

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Request for Solution File

Ask an Expert for Answer!!

Civil Engineering: Calculate the critical volume then estimate the green time

Reference No:- TGS0649459

Recent Questions Asked Civil Engineering

Q : The bus b has a weight of 15000 lb and is traveling to the

Q : What is the ph of the buffer that results when 120 g of

Q : A hot-air balloon is rising straight up with a speed of 182

Q : Calculate the volume of carbon dioxide at 200 degrees c and

Q : Calculate the critical volume then estimate the green time

Q : A 32g bullet is fired from a rifle at 380 ms into a water

Q : The drag force fd acting on a spherical particle that falls

Q : In the presence of a tungsten catalyst at high temperatures

Q : A ping-pong ball diameter 40mm weight 03 n volume 4pir33

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