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Line properties using the Smith chart. A long line with characteristic impedance Z0 = 100 Ω operates at 1 GHz. The speed of propagation on the line is c and load impedance is 260 + jI80 Ω. Find:
(a) The reflection coefficient at the load.
(b) The reflection coefficient at a distance of 20 m from the load toward the generator.
(c) Standing wave ratio.
(d) Input impedance at 20 m from the load.
(e) Location of the first voltage maximum and first voltage minimum from the load.
Water flows from the pipe shown in the figure with a speed of 2.0m/s . A) What is the water pressure as it exits into the air?
The ground state of dysprosium (element 66, in the 6th row of the Periodic Table) is listed as 5 Jg . What are the total spin, total orbital, and grand total angular momentum quantum numbers? Suggest a likely electron configuration for dysprosium.
the 14 slider a is pushed along the circular bar by the slotted bar. the circular bar lies in the horizontal plane. the
A U-tube manometer filled with water, density 1000 kg/m3 shows a height difference of 25 cm. What is the gauge pressure?
determine the product of inertia of the cross sectional area with respect to the x and y axes that have their origin
Air at 14.7 psia, 50°F (DB), and 60% relative humidity is first heated to 110°F (DB) and then humidified by introducing water using an “air washer.” The air leaves the humidifying section at 70°F (DB).
consider the signal yt24sin3pit3cos3pit with t in units of seconds. determine athe fundamental frequency in hz
a tank has two rooms separated by a membrane. room a has 1 kg air and volume 0.5 m3 room b has 0.75 m3 air with density
saturated water vapor at 200 kpa is in a constant pressure pistoncylind assembly. at this state the piston is 0.1m from
Derive an expression for the bounding energy Eo in terms of the equilibrium interionic separation ro and the constants D, and p using the following procedure
a well-insulate compressor take in air at 80of at 14.7 psi with a volumetric flow of 1200 ft3min. the compress air
A brass rod is stress free at room temperature (20 Deg. C) It is then heated up, but prevented from lengthening at its ends by external forces. At what temperature does the stress in the rod reach -172 MPa? Assume the modulus of elasticity is 100 GPa..
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