| 1. | Denote the unit circle as R for the double integral.
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| 2. | Where double integral into a single integral.
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| 3. | The above is found by computing the following double integral using the unit surface element in spherical coordinates:
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| 4. | A double integral, on the other hand, is defined with respect to area in the-plane.
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| 5. | The RW solution consists of two double integrals, while the CW response solution consists of three triple integrals.
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| 6. | Informally all these conditions say that the double integral of " f " is well defined, though possibly infinite.
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| 7. | On the other hand, some conditions ensure that the two iterated integrals are equal even though the double integral need not exist.
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| 8. | Can I use a double integral when I add, subtract, multiply, divide, etc . the same number on both sides?
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| 9. | The mutual inductance by circuit " i " on circuit " j " is given by the double integral " calculation techniques
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| 10. | We now integrate this expression for ? between 0 and ? and l between 0 and 1 ( note that this is a double integral ).
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