| 31. | We shall show that each equivalence class of words contains exactly one reduced word.
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| 32. | In general, the unitary equivalence classes ( see group C *-algebra construction.
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| 33. | This can be done by considering equivalence classes of smooth curves with the same direction.
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| 34. | The equivalence relation partitions the language \ Sigma ^ { * } into equivalence classes.
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| 35. | Each equivalence class corresponds to a dimensionality.
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| 36. | A general technique for implementing abstractions in set theory is the use of equivalence classes.
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| 37. | Based on the edges of the equivalence classes, test cases can then be derived.
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| 38. | These equivalence classes are called order types.
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| 39. | A " spinor genus " is an equivalence class for this equivalence relation.
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| 40. | The equivalence classes are the vector lines from which the zero vector has been removed.
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