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Question In the circuit shown the ideal power supplies are each 12 V. The current through the 2.0 kΩ resistor is ... Read More
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Question In the circuits shown all the capacitors have the same capacitance and all the resistors have the same resistance. The capacitors are all charged to the same initial charge Q0 At time t = 0 the terminals of each circuit are electrically connected together. Rank order the time taken or the ... Read More
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Question An ideal 6.00 V power supply is connected to a series RC circuit in which the resistor is 120Ω and the capacitor (initially uncharged) is 47.0 p. The charge accumulated on the positive plate of the capacitor at a time t = 10RC is approximately ... Read More
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Question Three wires are equally spaced along a line (perpendicular to the page) as shown in the figure. Wires A and B each carry current i into the page. When wire C carries no current, wire B experiences a force, with no other currents changed, in order or wire B to experience a force 3 in the sa ... Read More
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Question Four long parallel wires are arranged on a plane, as shown in the attached figure, with 2.0 cm gaps between them. Each wire carries a 6.0 A current in the direction indicated by the arrow. On the wire labelled C, what is the magnetic force per meter in N/m? ... Read More
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Question Design a prototype of home security system with passive proximity sensor, light sensor, temperature sensor and examine its performance. Following this, you’ll also have to design a wireless sensor node, which can wirelessly transfer the sensor information to a remote location. The se ... Read More
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Question Grid Company calls for answers Transpower is asking for anyone with ideas that could delay the need for new power lines into Auckland to come forward. As owner and operator of the national electricity grid, Transpower is planning up to $1.5 billion of new investment. But before it can be ... Read More
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Question Silicon at T = 300°K contains an acceptor impurity concentration of Na = 1016cm-3. Determine the donor impurity atoms that must be added so that the Silicon is n-type and the Fermi energy is 0.2eV below the conduction band edge. Summary The question belongs to Electronics Engineering ... Read More
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Question For an intrinsic Si sample at T = 300K, a voltage is applied from the right such that the electric field is 105cm/sec. Draw the energy band diagram. Find out the current density. If now the material is doped with Nd =1016cm-3 and Na = 10l6cm-3, what will be the new current density? Summar ... Read More
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Question Calculate the parameters of AC equivalent circuits using transformation theorems. Use Thevenin’s and Norton’s theorem to find the current in RL for the circuit shown below. Summary The question belongs to Electrical Engineering and it discusses about calculati ... Read More
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Question A complex wave is given by the following equation: V = 50sin(100πt) + 20sin(300πt) Plot both components of the complex wave forms on a graph paper and then plot the combined waveform by adding the two component wave forms. Estimate the peak to peak value of the complex waveform. S ... Read More
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Question A square wave can be created by adding a fundamental to an infinite series of odd harmonics given by an equation of the form: V = Vsin(wt) + vsin(3wt) + vsin(5wt) + vsin(7wt)+… 3 5 7 If V = 30V and w = 50π (i) Using Matlab software plot the wave forms s ... Read More
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