Call a relation R “orbital”

  1. Call a relation R “orbital” if x R yand y R zimply z R x. Prove that R is an equivalence relation if and only R is both
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    2. Dave asked by Dave
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  2. Call a relation R “orbital” if x R yand y R zimply z R x. Prove that R is an equivalence relation if and only R is both
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    2. Dave asked by Dave
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  3. Call a relation R “orbital” if xRy and yRz imply zRx. Prove that R is an equivalence relation if and only R is both
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    2. David asked by David
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  4. Call a relation R “orbital” if xRy and yRz imply zRx. Prove that R is an equivalence relation if and only R is both
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    2. David asked by David
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  5. Call a relation R “orbital” if xRy and yRz imply zRx. Prove that R is an equivalence relation if and only R is both
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    2. David asked by David
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  6. Two stars in a binary system are determined from their position on the H-R diagram and the mass-luminiosity relation to have a
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  7. The principal quantum number of an orbital defines:The options: a) The size of the atom b) The energy level of the orbital c)
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  8. Three masses, m1 (a mouse), m2 (a bear) and m3 (an elephant), are in circular orbits of radii r1, r2 and r3 around the sun. The
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  9. The magnetic quantum number of an orbital defines:The options are: a) The size of the atom b) The energy level of the outermost
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  10. What type of orbital is spherical in shape?s orbital p orbital d orbital f orbital
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