When the pH of a solution is changed from 4 to 3,

the hydronium ion concentration of the solution:

(1) decreases by a factor of 10

(2) increases by a factor of 10

(3) decreases by a factor of 100

(4) increases by a factor of 100

and why?

Question

Angelina Mcpherson

Chemistry

29 December, 16:20

When the pH of a solution is changed from 4 to 3,

the hydronium ion concentration of the solution:

(1) decreases by a factor of 10

(2) increases by a factor of 10

(3) decreases by a factor of 100

(4) increases by a factor of 100

and why?

+4

Answers (1)

Know the Answer?

Devyn Lopez · Answer 1

The correct answer is option 2. When the pH of a solution is changed from 4 to 3, the hydronium ions increases by a factor of 10. pH is a scale used to measure the acidity or alkalinity of an aqueous solution. It can be used to calculate the amount of hydronium ions in the solution. It is expressed as: pH = - log [H+].

When the pH of a solution is changed from 4 to 3,the hydronium ion concentration of the solution:(1) decreases by a factor of 10(2) increases by a factor of 10(3) decreases by a factor of 100(4) increases by a factor of 100and why?

When the pH of a solution is changed from 4 to 3,

the hydronium ion concentration of the solution:

(1) decreases by a factor of 10

(2) increases by a factor of 10

(3) decreases by a factor of 100

(4) increases by a factor of 100

and why?