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A horizontal curve is being designed through mountainous terrain for a four-lane road with lanes that are 10 ft wide. The central angle (?) is known to be 40 degrees, the tangent distance is 520 ft, and the stationing of the tangent intersection (PI) is 2600 + 00.
Under specified conditions and vehicle speed, the roadway surface is determined to have a coefficient of side friction of 0.08, and the curve's super elevation is 0.09 ft/ft. What is the stationing of the PC and PT and what is the safe vehicle speed?
A MOS differential amplifier is biased with a current source having an output resistanceRSS =100 Kω and an output capacitance CSS =1 pF. If the differential gain is found to have a dominant pole at 20 MHz, what is the 3-dB frequency of the CMRR?
Overseas Assignments, Acquisition & Integration.
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A fixed pulley system has 11 strands with only 10 supporting. How many pounds of effort would be needed to lift a 1800 lb weight?
Assuming α?1, neglecting ro, and assuming the current source to be ideal, derive an expression for the small-signal voltage gain A(s) ≡ Vo/Vsig that applies in the mid band and the low-frequency band. Hence find the midland gain AM and the lower 3..
If the switching voltage ?V is to be about 140 mV, at what overdrive voltage VOV should Q1 and Q2 be operated in equilibrium? What dc voltage should appear at the common-source terminals of Q1 and Q2?
Explore the breadth of the ICT field, examining your own knowledge, skills, interests and expertise gained from the workplace and/or study in other subjects in the course.
What is meant by "Environmental Stewardship"? And discuss engineers professional obligation to the environment.Only needs to be 150-200 words.
A 300 word (-10%) executive summary. This information must be on its own page and be the first page after the cover pages.
The jet engine in Fig admits air at 20°C and 1 atm at (1), where A1 = 0.5 m2 and V1 = 250 m/s. The fuel-air ratio is 1:30. The air leaves section (2) at 1 atm, V2 = 900 m/s, and A2 = 0.4 m2. Compute the test stand support reaction Rx needed.
Represent Dr. Konur's problem on a network by defining the nodes, node values (if any), arcs, arc costs (if any), arc capacities (if any) and state it as a maximum-flow problem and mathematically formulate Dr. Konur's maximum-flow problem as a lin..
Explain the terms quenching and tempering with suitable examples.
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