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Box 1 contains 1000 transistors, of which 100 are defective, and box 2 contains 2000 transistors, of which 100 are also defective. A box is taken at random and two transistors are drawn from it, at random and without replacement.
(a) Calculate the probability that both transistors are defective.
(b) Given that both transistors are defective, what is the probability that they come from box 1?
a very long cylinder of linear dielectric material is placed in an otherwise uniform electric field eo. find the
The capacitance of a MOS structure is shown in the attached figure. (n+ polysilicon gate, SiO2 insulator, Si substrate). The plot is not necessarily to scale.
given a series electric circuit if R1=1.1kOhms, R2=2.0kOhms, R3=3.3kOhms and the voltage is 12 v what is the voltage across resistor R2 to the nearest decimal
Design a circuit to hold the lightsfor the indicated time. To help in the solution draw a blockdiagram of the problem, then a circuit diagram, then the requiredcalculations and values for all the circuit elements and finally the results to support..
The known quantities in given series RL circuit are asfollows: resistance equals 8-ohm, inductive reactance equals 39?current equals 3A, and the applied voltage is 120- volts 60 Hz.Determine the following unknown quantities
An LTI system's impulse response is described by the differential equation, dh(t)/dt + 3h(t) = impulse function. Find the characteristic roots for the system, the initial condition, and the h(t) for t > 0.
The air conditioner in a house or a car has a cooler that brings atmospheric air from 30 degree c to 10 degree c both states at 101 kPa. if the flow rate is 0.5 kg/s find the rate of heat transfer.
A 1.0 dc voltage source is connected across a 10 ohm resistor. What is the current through the resistor if (a) the voltage source is ideal (b) the voltage source has internal resistance 0.1 ohm (c) internal resistance 1.0 ohm
Calculate the potential of the outer shell when charge Q is put on it and the inner shell is grounded.
Discuss the differences between, advantages and disadvantages of the following types of grounding systems: ungrounded, solidly grounded and high resistance grounded systems.
Draw a schematic diagram of a per-phase synchronous electrical, generator and define the components in the armature (stator) side of the diagram
Design a tunk circuit with resonant frequency of 10 kHz and bw of 500 Hz. show your design equation, then use a circuit simulator package to prove your design is correct. you must attach both your design calculation and computer output.
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