Physics, asked by moizuddinsyed6, 11 months ago

explain how a current carrying cal rotates when it is kept a uniform magnetic field of electrical energy converted into chemical energy​

Answers

Answered by khrkrro908
0

Answer:

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Answered by abdulkabeer0911
0

Explanation:

A strong magnetic field is applied across a tube and a current is passed through the fluid at right angles to the field, resulting in a force on the fluid parallel to the tube axis as shown. The absence of moving parts makes this attractive for moving a hot, chemically active substance, such as the liquid sodium employed in some nuclear reactors. Experimental artificial hearts are testing with this technique for pumping blood, perhaps circumventing the adverse effects of mechanical pumps. (Cell membranes, however, are affected by the large fields needed in MHD, delaying its practical application in humans.) MHD propulsion for nuclear submarines has been proposed, because it could be considerably quieter than conventional propeller drives. The deterrent value of nuclear submarines is based on their ability to hide and survive a first or second nuclear strike. As we slowly disassemble our nuclear weapons arsenals, the submarine branch will be the last to be decommissioned because of this ability. Existing MHD drives are heavy and inefficient—much development work is needed.

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