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Definition of Coefficient of mutual induction
1. Noun. A measure of the induction between two circuits; the ratio of the electromotive force in a circuit to the corresponding change of current in a neighboring circuit; usually measured in henries.
Lexicographical Neighbors of Coefficient Of Mutual Induction
Literary usage of Coefficient of mutual induction
Below you will find example usage of this term as found in modern and/or classical literature:
1. Proceedings of the Royal Society of London by Royal Society (Great Britain) (1898)
"Jahrb.,' vol. 12, pp. 866—406, 1886. " On the Calculation of the Coefficient of
Mutual Induction of a Circle and ..."
2. Proceedings of the Cambridge Philosophical Society by Cambridge Philosophical Society (1902)
"On the Coefficient of Mutual Induction for a circle and a circuit with two parallel
sides of infinite length. By GFC SEARLE, MA, Peterhouse, ..."
3. A Manual of Physical Measurements by Anthony Zeleny, Henry Anton Erikson (1919)
"EXPERIMENT 101 TO MEASURE coefficient of mutual induction From the ... Measure the
coefficient of mutual induction of the current inductor of Exp. 98, ..."
4. Laboratory Physics: A Students Manual for Colleges and Scientific Schools by Dayton Clarence Miller (1903)
"coefficient of mutual induction BY COMPARISON Verify the laws of mutual induction,
and compare two mutual inductances. 270. Mutual Induction. ..."
5. Practical Physics by Richard Glazebrook, Napier Shaw (1894)
"Z. Comparison of a Coefficient of Mutual Induction with the Product of a .Resistance
and a Time. A method similar to that last described will enable us to ..."
6. Laboratory Physics: A Students Manual for Colleges and Scientific Schools by Dayton Clarence Miller (1903)
"coefficient of mutual induction BY COMPARISON Verify the laws of mutual induction,
and compare two mutual inductances. 270. Mutual Induction. ..."
7. An Introduction to the Theory of Electricity: With Numerous Examples by Linnaeus Cumming (1885)
"To find the coefficient of mutual induction for two coaxial solenoids. We will
call the inner helix A the primary circuit, and the outer B the secondary. ..."
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