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1. Calculate the self-inductance of a 700 turn coil, if a current of 5 A fl owing through it produces a flux of 8 mWb.
2. A coil of 500 turns has an inductance of 2.5 H. What value of current must flow through it in order to produce a flux of 20 mWb?
In a Chord network using DHT with m = 4, draw the identifier space and place 4 peers with node ID addresses N3, N8, N11, and N13 and three keys with addresses k5, k9, and k14. Determine which node is responsible for each key. Create a finger table..
Explain the reasoning in the application "Tiger Woods' Rents" as to why Tiger Woods was able to capture essentially all the rents from some companies but not from others.
A 200 volt dc shunt motor delivers an output of 17kW with an input of 20kW. the field winding resistances is 50 ohm and armature resistance is 0.04 ohm. maximum efficiency will be obtained when the total armature copper losses are equal
A high-pass filter is shown in Fig. 2.7a. If the cutoff frequency is to be 400 Hz,
What focal length should a pair of contact lenses have if they are to correct the vision of a person with a near point of 57.3 cm Assume that the near point distance is 25 cm.
Using the Z transform of aku[k] and the Euler formulas, find the Z transforms of: - sin(ωTk) - ak sin(ωTk).
A switch, a 220 resistor, and a 60 mH inductor are in series across a 20 V battery. - What is the current through the inductor two time constants after the switch is closed?
2. What is the expected output frequency of a sample and hold system if fs= finput 3. Which is input frequencies will give an output frequency of 50 Hz when put through a sample and hold system if our sampling frequency is 488 Hz
If the SNR must be greater than 40 dBm, how far backed-off must the amplifier operate. Assume noise comes from a third-order intermodulation between two interferers with the same power level as the wanted signal.
(a) Assume that the mobility of a carrier at T = 300K is u = 925 cm^2/V-s. Calculate the carrier diffusion coefficient. (b) Assume that the diffusion coefficient of a carrier at T = 300 K is D = 28.3 cm^2/s. Calculate the carrier mobility.
What is the thevenin theorem or steps
Write the nodal equations for the networks of given figure. - Determine the magnitude and polarity of the voltage across each resistor.
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