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Application: Inductively loaded transmission line. A long lossless transmission line with characteristic impedance of 500 is terminated with a μH inductor. The line is 10 km long and the speed of propagation on the line is c/3. At t = 0, a 100-V matched generator is switched on.
(a) Calculate and plot the load voltage and current for t > 0.
(b) Calculate and plot the line voltage and current at any point on the line for t > 0.
you are given a task of compressing a fixed quantity of gas from P1,T1 to P2,T1. you wish to do this using a polytropic process coupled with a constant pressure P2 heat-transfer process. determine the polytropic process that minimizes the entropy ..
a pipe in a manufacturing plant is transporting superheated vapor at a mass flow rate of 0.3 kgs. the pipe is 10 m long
H2O at 520 degrees celsius, 12 MPa(abs) enters a control volume operating at steady state with a volume flow rate of 40 m^3/min, 22% of the entering mass flow exits at 220 degrees celsius, 1 MPa(abs), with a velocity of 20m/s.
some kg of ari is at an inital pressuuer aand temp of 1.73mnm2 and 175c it is expanded iso thermal to three volme and
a piston-cylinder device contains r-134a. initially the phase is saturated vapor at 160 kpa. the system then undergoes
Also, this problem requires the application of the BEM iterative method of solution. Students are recommended to write a computer program for solving this type of problem, probably saving much time.
a brass nonmagnetic block a and a steel magnet b are in equilibrium in a brass tube under the magnetic repelling force
a body is in sliding contact with an unlubricated horizontal surface and is horizontally constrained by a spring. the
at 60oc the surface of water is .0662nm and that of mercury yis .47nm. determine the capillary height changes in these
the pilot of flighter plane f is following 1.5 behind the pilot of bomber b. both planes are originally traveling at
Compute the first energy level (in eV) for a particle trapped in a 0.1 nm region. Assume the mass of the particle is equal to 0.511 MeV/c^2
In a chemical plant liquid ammonia is stored in a large tank at 72 degrees F and 200 psig. Ammonia is pumped from this tank to a smaller tank for chemical process usage. The pump used to supply ammonia to the process tank is located 12 ft above the s..
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