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An overhead transmission fine conductor having a parabolic configuration weighs 1.925 kg/cm2 per metre of the length The area of X-section of the conductor is 2.2 cm2 and the ultimate strength is 8000kg/cm2. The supports are 600 m apart having 15 m difference oflevels.
Calculate the sag from the taller of the two supports which must be allowed so that the factor of safety shall be 5.
Assume that ice load is 1 kg per metre run and there is no wind pressure.
Show a diagram of how a FET can be biased? Explain how to calculate the DC parameters, such as, Id (Id = Is), Vgs and Vds.
Which FET operates in both Depletion and Enhanced mode and how do you recognize the mode by just looking at the Family of Drain Characteristic Curves
If a digital ohmmeter can be represented as a 100μAcurrent source and a 3 MΩ parallel resistor, what would the output voltage reading be across resistors of 1 kΩ, 10kΩ, 100 kΩ, and 1 MΩ
you are to generate 1000 random numbers in 01 and obtain an exponential random variable with mean 5 representing the
Express the field D = ( x + y ) ( x + y ) a)in cylindrical components and cylindrical variables b) Evaluate D at the point where = 2 , = 0.2 , and z = 5, expressing the result in cylindrical and rectangular components.
what is the maximum bandwidth of this network, in bytes/s.
150 kVA, 2400/240 V single-phase transformer has the parameters. (a) Determine the equivalent circuit referred to the high-voltage side. (b) Find the primary voltage and voltage regulation when transformer is operating
What are the types of problems that can be solved using separation of variables as discussed in this chapter? List and discuss all classes of problems that can be solved in terms of harmonic functions.
If a resistance of 50 Ω is inserted in series with the shunt field, calculate the armature current required to maintain half full-load torque. Calculate also the speed of the motor when supplying this torque.
3W light connected to ideal 9V battery with ideal wires a) Draw diagram using circuit symbol for a resistor in place of bulb b) What would current draw from bulb be. I= c)What is if the equivalent resitance of the bulb
An npn BJT operating with its base-emitter junction forward biased, its base-collector junction reversed biased, and negligiblehole-electron recombination in the base has an emitter current composed of 98% electron flow and 2% hole flow.
Assume we have a toroidal coil with a rectangular cross section, with an inner radius 1 cm, an outer radius 2 cm, a height of 1 cm and 1000 turns. The coil is connected to a resistor of 500 ohms. An AC current I(t) = Io cos(wt)
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