| 11. | Since the operators need not be mutually orthogonal projections, the projection postulate of von Neumann no longer holds.
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| 12. | A regular complex polygon can be drawn in orthogonal projection with " h "-gonal symmetry.
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| 13. | Now let be the operator P _ w \ circ T acting on, where is the orthogonal projection to.
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| 14. | Denote as P _ k the orthogonal projection from \ mathbb { R } ^ d to S _ k.
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| 15. | :: " I first planned to prove Dirichlet's Principle using the method of orthogonal projection in this book.
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| 16. | The z-coordinate is found by calculating the magnitude of the orthogonal projection of the stress state onto the hydrostatic axis.
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| 17. | In the preface to, referring to the extension of his method of orthogonal projection to higher dimensions by, Weyl writes:
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| 18. | Two lines are drawn from the orthogonal projection of each vertex, one at 45?and one at 90?to the picture plane.
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| 19. | For every vertex in V _ i, we consider the orthogonal projection of each v \ in V _ i onto l.
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| 20. | :: This is a consequence of Weyl's method of orthogonal projection in the space of square integrable 1-forms.
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