When you dissolve Sodium Phosphate Dibasic in water, the resultant solution is ____________, because _____________. Basic; the dibasic phosphate ion further takes up a H+ from the solution, thereby lowering the pH of the solution. Basic; the dibasic phosphate ion further takes up a H+ from the solution, thereby increasing the pH of the solution. Acidic; the dibasic phosphate ion further dissociates to lose a H+, thereby lowering the pH of the solution. Acidic; the dibasic phosphate ion takes up one H+ from the solution, thereby reducing the pH of the solution.
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When you dissolve Sodium Phosphate Dibasic in water, the resultant solution is ____________, because _____________.
Basic; the dibasic phosphate ion further takes up a H+ from the solution, thereby lowering the pH of the solution.
Basic; the dibasic phosphate ion further takes up a H+ from the solution, thereby increasing the pH of the solution.
Acidic; the dibasic phosphate ion further dissociates to lose a H+, thereby lowering the pH of the solution.
Acidic; the dibasic phosphate ion takes up one H+ from the solution, thereby reducing the pH of the solution.
The molecular formula of sodium phosphate dibasic is . It means the given molecular compound is a salt of sodium. The sodium phosphate dibasic is readily soluble in water due to its polar nature and it can easily form hydrogen bonds with water.
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