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An approach to a signalized intersection has a displayed green time of 35 seconds, and all-red time of 2 seconds, a yellow time of 3 seconds, and a total lost time of 3 seconds.
The arrival rate is v(t) = 0.5 + 0.002t [with v(t) in veh/s and t in seconds measured from the beginning of the effective red of the cycle]. The saturation flow rate of the approach is 3400 veh/h.
How long must the cycle length be so that the queue that forms at the beginning of the cycle (effective red) dissipates exactly at the end of the cycle (end of the effective green) and what would be the average delay per vehicle over the cycle?
(Assume D/D/1 queuing.)
Determine the inductance in H/m and the inductive reactance in Ω/km.
Sketch the following waveforms, and include the theoretical maximum and minimum values of each waveform:
Draw on relevant theoretical and management concepts covered through the course and describe the problem or issue and critically analyse the issue including considerations of relevant policy and ecological factors
Name and elaborate the decision problems in urban and regional planning
Write the Boolean expression for each of the logic circuits below. Which Boolean law is used to transform each of the following equations? Draw a logic circuit for circuit represented by each expression:
Formulate a network optimization problem for transferring as much water as possible from the water depot to the fire district and how would you modify the above network and your model in part a so that you still only have flow balance and arc capa..
In a processing plant, a chemical tower has a liquid which is vaporized. However, if the vapor in the tower reaches 150°C, an alarm needs to be generated so that safe shutdown of that system of the plant may be initiated. An RTD will be used to me..
Assuming an increase in resistance of 2% for spiraling, calculate and verify the dc resistance - Then calculate the dc resistance at 50°C, and determine the percentage increase due to skin effect.
Question 1: How many address bits are needed to select all locations in a 256 x 8 memory? Question 2: Assume a 16Kx8 memory is designed using 4Kx1 RAM chips. How many address lines can be directly connected to each 4K RAM chip?
Problem1: Using the uniqueness property of the Fourier series, find exponential Fourier series for the following signals: Problem 2. Sketch the following periodic wave-forms
Did the independent variable have a significant effect on the dependent variable? How do you know?
Comparison of companies to adopt cloud computing
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