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1. A conductor, when placed at right angles to a magnetic field of density 700 mT, experiences a force of 20 mN, when carrying a current of 200 mA. Calculate the effective length of the conductor.
2. A conductor, 0.4 m long, lies between two pole pieces, with its length parallel to the pole faces. Determine the force exerted on the conductor, if it carries a current of 30 A, and the flux density is 0.25 T.
An atomic power reactor can deliver 300 MW. If due tofission of each atom of 92U235, the energy released is 200 MeV, calculate the mass of uranium fissioned per hour.
The reliability of a certain automatic cutoff device is assumed 11/12. What is the reliability of a system consisting of 4 such devices so arranged
A consumer protection agency conducts opinion polls to determine the quality (excellent, good, fair, bad) of products imported. if the agency conducted a poll in wich 1000 randomly selected individuals were contacted..
A hydrogen sample is at equilibrium in a 1.5 Tesla magnetic field. A constant B1 field of 1.17x10-4 Tesla is applied along the +x'-axis for 50 microseconds. What is the direction of the net magnetization vector after the B1 field is turned off
Write the mesh equations for the network of given figure, and determine the current through the 1-kΩ and 2-kΩ resistors.
Describe in detail an arrangement for measuring the electric current in a high voltage conductor, making use of the Faraday magneto-optic effect in a single-mode optical fibre. Discuss the advantages and disadvantages of the arrangement.
Calculate the Thevenin equivalent for the network given in Figure A: determine VTH and RTH at the terminals marked A and B. Determine the maximum power that can be transferred to the load resistance RL.
technologies for analog-to-digital and digital-to-analog conversions
Are all Maxwell's equations in differential form independent? If not, which of them are independent?
a. Convert the per unit generator reactance to the step-up transformer base.
The electric and magnetic fields of a uniform plane wave propagating in a perfect dielectric medium
find the MIN permissible SAG for a span of 225 m using a copper conductor with 1.2 cm diameter and allowing a MAX conductor tension of 2200 kg/cm^2 . The horizontal wind pressure is 6 g/cm^2 and specific gravity of copper is 8.9
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