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Let A and B be two vectors and set m = magnitude(A), n = magnitude(B).
a.) Show that the vectors nA + mB and nA - mB are orthogonal
b.) If C = (nA + mB)/(m+n), show that the angle between A and C is the same as the angle between B and C.
determine the minimum sampling rate necessary to sample and perfectly reconstruct the signal x(t) = sin(6280t) / (6280t).
You will find the Oscilloscope and Current Probe instruments in the Simulate menu. To save on ink, click Reverse on the oscilloscope output window. Cut and paste your circuit diagram and oscilloscope output into a document
A date link protocal uses the CRC16 polynomail for error detection A) suppose the data block (including the 16 check bits) has n=1000 bits how many possible received black are there. B)On a particular transmission a lot of errors occur in the receive..
Please explanation how a Parallel RLC Filter circuit behave at Low Frequencies, Resonant Frequency and High Frequencies
(a) to what voltage would a 60-microfarad capacitor be charged by a6mA current lasting 10 seconds (b) if the bulb when conducting current and emitting light acts asan 0.1-ohm resistor what is the time constant for discharging this capacitor
Light is incident from air to glass at Brewster's angle. Determine the incident and transmitted angles. Glass has refractive index n2=1.45.
A parallel-plate capacitor is charged by a battery, and the battery is then disconnected from the capacitor. Because the charges on the capacitor plates are opposite in sign,they attract each other. Hence, it takes positive work to increase the p..
You deposit 10% of your annual salary at the each of each year in a retirement account. F= Future worth A1= first annual deposit n=number of years g=geometric gradient F=A1(1-(1+g)^n(1+i)^-n/(i-g))(1+i)^n use Matlab to graph the function.
1) Find the transient and steady-state responses of the system using frequency domain methods. 2) Find the forced and natural responses of the system using frequency domain methods. 3)Find the 0+ conditions for the system's step response and impulse ..
Set up a Free-Space Optics to transfer data
An infinite planar sheet of charge, with surface charge density rho_s = 3 µC/m^2, is positioned in the x-y plane. Find the E and D fields above and below the plane, assuming that the relative permittivity of the medium
A system has power gain of 52. Directivity is measured as 90 and the dissipated power in an antenna with a gain of 700 is 1.9 watts. what is the EIRP in watts and dBm
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