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qazi75
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Why the referactive index of D2O(deutrium oxide) is smaller than H20(water)?As D2O is more denser than H2O.
D2O (deuterium oxide) is a heavier form of water that contains the hydrogen isotope deuterium, while H2O (water) contains the more common hydrogen isotope, protium. This difference in the isotopes leads to differences in physical and chemical properties.
The refractive index of D2O is slightly higher than that of H2O. This is because the heavier deuterium isotope causes a slower speed of light in D2O, resulting in a higher refractive index.
No, D2O and H2O cannot be used interchangeably in experiments as they have different physical and chemical properties. D2O is commonly used in nuclear magnetic resonance experiments, while H2O is used in most other experiments.
The refractive index of D2O decreases with increasing temperature. This is because as temperature increases, the molecules of D2O gain more thermal energy and move around more, resulting in a decrease in the refractive index.
D2O is used in experiments for its unique properties, such as its higher density, lower freezing point, and different nuclear spin properties. These properties make it useful in specific experiments, such as studying protein structure and dynamics.