Question

Which of the following best represents the relationship of the concentration of hydrogen ions between water, vinegar, and ammonia when mixed together in a solution?

Answer 1

Answer:

Its a the venn diagram

Explanation:

i was looking for this answer everywhere. i took the test it was correct. i put it because it was the only one that showed the mixing. They all share hydrogen bonds which is why they are close togther. so A

Answer 2

Answer: The second image best represents the relationship of the concentration of hydrogen ions between water, vinegar and ammonia.

Explanation: pH is the measure of alkalinity and acidity of a substance in a logarithmic scale.

Mathematically,

$pH=-\log[H^+]$

The solutions which lie in the pH range of 0 - 6.9 are considered as acidic solutions and they have more hydrogen ion concentration.

The solution which has a pH value of 7 is considered as a neutral solution and this solution has same hydrogen and hydroxide ion concentration.

The solutions which lie in the pH range of 7.1 - 14 are considered as basic solutions and they have less hydrogen ion concentration.

• For vinegar, the hydrogen ion concentration is very high.

• For water, the hydrogen ion concentration will be equal to the hydroxide ion concentration.

• For ammonia, the hydrogen ion concentration is very less.