| 11. | The elastic energy associated with the solute atom is given by:
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| 12. | Body fluids are examples for complex liquid solutions, containing many solutes.
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| 13. | Furthermore, they contain solute molecules like sugar and urea.
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| 14. | In these cases, the solute will simply precipitate out.
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| 15. | If there is only one solute, the equation simplifies to
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| 16. | The retention time of a solute should then be within the range:
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| 17. | This is more common among workers addressing solute transport and water flow.
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| 18. | The interstitial solute could be carbon in iron for example.
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| 19. | Does the volume of solution change when solute is added to solvent?
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| 20. | This way, the extraction of the solute is enhanced.
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