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book Biochemistry by Raymond Ochs cover

Biochemistry by Raymond Ochs

النسخة 0الرقم المعياري الدولي: 978-1449661373
book Biochemistry by Raymond Ochs cover

Biochemistry by Raymond Ochs

النسخة 0الرقم المعياري الدولي: 978-1449661373
تمرين 2
In a solution of pure water, it is possible to calculate the concentration of water itself. What is its value?
التوضيح
موثّق
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The water molecule consists of two hydrogen atom and one oxygen atom arranged as follows:
The water molecule consists of two hydrogen atom and one oxygen atom arranged as follows:    In pure water, the water molecules tend to remain in equilibrium between its stable and protonated state. This can be understood as follows:    Thus, it can be said that one water molecule at present carries proton and exists as hydronium ion or in the protonated (H ₃ O + ) state while others would be in the stable (H ₂ O) state. This proton is transported from one molecule of water to another at a very high rate as compared to diffusion.  Thus, it can be said that above 90 % of water concentration can be found as water (H ₂ O). In pure water, the water molecules tend to remain in equilibrium between its stable and protonated state. This can be understood as follows:
The water molecule consists of two hydrogen atom and one oxygen atom arranged as follows:    In pure water, the water molecules tend to remain in equilibrium between its stable and protonated state. This can be understood as follows:    Thus, it can be said that one water molecule at present carries proton and exists as hydronium ion or in the protonated (H ₃ O + ) state while others would be in the stable (H ₂ O) state. This proton is transported from one molecule of water to another at a very high rate as compared to diffusion.  Thus, it can be said that above 90 % of water concentration can be found as water (H ₂ O). Thus, it can be said that one water molecule at present carries proton and exists as hydronium ion or in the protonated (H ₃ O + ) state while others would be in the stable (H ₂ O) state. This proton is transported from one molecule of water to another at a very high rate as compared to diffusion.
Thus, it can be said that above 90 % of water concentration can be found as water (H ₂ O).
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Biochemistry by Raymond Ochs
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