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The electric and magnetic fields of a uniform plane wave propagating in a perfect dielectric medium are given by
Find the permittivity and the permeability of the medium.
Sketch the spectrum of the sampled signal from 0 kHz up to 20 kHz.
Determine in each case whether the indicated signal x(t) isperiodic. If x(t) is periodic, find its fundamental frequence in Hzand fundamental period in seconds. a)x(t) = 3-5cos(1080t) + 7cos(2160πt) b)x(t) = 5sin(1080πt) - 7cos(3240πt)
convert the decimal +46 and +29 to binary, using the signed-2's-compliment representation and enough digits to accommodate the numbers. Then Perform the binary equivalentof (+29)+(-49), (-29)+(+49), (-29)+(-49).
A continuous-valued signal had a probability density function that is uniform over the range from -8V to +8V. It is sampled and quantized into eight equally spaced levels ranging from -7 to +7.
we will weigh objects by a strain gauge or r 120omega gf 2.02 mounted on copper column of 6-in. diameter. find the
From what I've researched about the 741 operational amplifier, the output load resistance should be greater than 2 kohms so the output voltage can swing within 2 volts of the supply voltage. Is there a limit as to how high the output resistance sh..
A 300 ohm feedline is to beconnected to a 5-m long, 200 ohm line terminated in a 150 ohmantenna resistor. Both lines are lossless and use air as aninsulating material, and the operating frequency is 30MHz.
Create an expanded volume-pressure table with volume measurement starting from 1 m3 with an increment of 0.4 m3 up to 6 m3 and approximate the pressure for each volume using linear and cubic spline interpolation. Show your result by plotting the int..
The bandwidth of interest is between 0.5 and 50 Hz and has peak amplitude of approximately +/-1 mV. -a. Design and draw a block diagram (not circuit) of the signal conditioning portions (everything before ADC) of your system.
Use the initial and final value properties to find the initial and final values of the waveforms corresponding to the transforms below.
Explain the operation of the circuit. Demonstrate that the circuit functions as a clocked D flip-flop. - Neglecting base currents, if iDC = 50 μA, calculate the maximum power dissipated in the circuit.
Compare the engineering strain and Lagrangian strain. Show that the two strain measures become identical as "α" approaches zero.
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