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Two routes connect an origin-destination pair with performance functions t1 = 5 + (x1/2)2 and t2 = 7 + (x2/4)2 (with t's in minutes and x's in thousands of vehicles per hour).
It is known that at user equilibrium, 75% of the origin-destination demand takes route 1. What percentage would take route 1 if a system-optimal solution were achieved, and how much travel time would be saved?
If the temperature of the balls after quenching is 74°C, determine the rate at which heat needs to be removed from the water in order to keep its temperature constant at 50°C.
A 975-kg car has its tires each inflated to "32.0 pounds (a) What are the absolute and gauge pressures in these tires in lb/in.', Pa, and atm?
Assume that the op amp incorporates an amplifier equivalent to that in Fig. 11.40, with C1 = 150 pF, C2 = 5 pF, and gm = 40 mA/V, and that fP1 is caused by the input circuit and fP2 by the output circuit of this amplifier. Find the required value..
you will explore a game through the lens set up by the weekly material.games of all kinds are the result of a process
to examine the relationship between fermenter design and operating conditions oxygen transfer capability and microbial
To provide you with the experience of performing a substantial simulation study. With Rockwell Arena software, you will model a real world system.
Give 3 examples for both: Just remember for discussion questions I need 3 detailed examples of each question in your own words. 1. The output of the Non-Inverting-amp is:
question 1. many hills in california are known to have troubles with landslides when heavy rains soak the area. the
The supersonic nozzle of Fig is over expanded (case G of Fig) with Ae/At = 3.0 and a stagnation pressure of 350 kPa. If the jet edge makes a 4° angle with the nozzle centerline, what is the back pressure pr in kPa?
Propylene (C3H6) is burned with 50 percent excess air during a combustion process. Assuming complete combustion and a total pressure of 105 kPa, determine
Find the relationship between vO and vI in the transition region. This is the region for which vI > Vt and both Q1 and Q2 are operating in saturation. Show that the relationship is linear and find its slope.
Determine the average temperature of the air in the balloon when the balloon first starts rising. What would your response be if the atmospheric air temperature were 25°C?
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