| 1. | The spherical coordinates of a point are then defined as follows:
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| 2. | That is, no dependence on the angle using spherical coordinates.
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| 3. | The spherical coordinate system generalises the two-dimensional polar coordinate system.
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| 4. | The mapping that transforms from spherical coordinates to rectangular coordinates is
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| 5. | You will probably want to solve it in spherical coordinates.
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| 6. | Any spherical coordinate triplet specifies a single point of three-dimensional space.
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| 7. | On the other hand, every point has infinitely many equivalent spherical coordinates.
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| 8. | In spherical coordinates, for a fluid with constant density and constant viscosity,
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| 9. | These expressions are given in a spherical coordinate system.
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| 10. | A number of different spherical coordinate systems following other conventions are used outside mathematics.
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