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1. How does the staging and sequence of operation for a dualfuel heat pump system differ from a traditional heat pump
2. How should fiberboard duct be connected to a heat pump?
3. When are condensate pumps necessary?
We start with two initially uncharged capacitors C1 = 5μF and C2 = 20μF connected in series. Then, a 20-Vsource is connected to the series combination, as shown in Figure. Find the voltages v1 and v2 after the source is applied.
Sketch the waveform defined and explain how you would obtain its Fourier series - Develop the analysis as far as you are able.
Assume a receiver is located 10 km from a 50 W transmitter. The carrier frequency is 6 GHz and free space propagation is assumed. Assume the unit gains for the system gains. Find: a) The power at the receiver
A Y-connected balanced three-phase generator with an impedance of 0.4+j0.3 Ω per phase is connected to a Y-connected balanced load with an impedance of 24 + j19 Ω per phase .The line joining the generator and the load has an impedance of 0.6 + j0...
Find the total energy stored in the network. Change from uF to uJExpress your answer using two significant figures.
An array antenna is made of six iden tical elements, each a half-wavelength dipole, and is fed with identical currents, all in phase. Spacing of the elements is one-half wavelength. Assume the antennas are placed on the x axis, and are parallel t..
Using the fact that the sum of the currents through the three circuit elements must equal this generated current, find the voltage of the form B(ω)eiωt across the circuit.
Consider an InGaAs APD with excess noise x=0.7, M=10 where M is the multiplication factor. The unmultiplied dark current is 10 nA and bandwidth is 700 MHz. What is the avalanche photodiode noise current per square root of bandwidth
A military satellite uses 10 GHz for the downlink frequency. The distance to the satellite is approximately 36000 km. if the satellite transmitter produces a power of 50 dBm with a transmit antenna gain of 20 dB and on the ground
identify one emerging technology and evaluate its future prospects by identifying the cultural and social factors
Determine the periods and find exponential fourier series coeffecients of functions. A.) f(t) = 2(cost)(cos2t) B.) g(t) = 3 + 2e^-j2t + 2e^j2t + 2cos4t C.) h(t) = 4
G is a material constant equal to 0.055 V-m/N for quartz in compressive stress and 0.22 V-m/N for polyvinyl lidene fluoride in axial stress.
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