Question

If the pH of a solution increases from 4.0 to 6.0, the hydronium ion concentration.

A) increases by a factor of 100.

B) decreases by a factor of a 100.

C) decreases by a factor of 1.5

D) increases by a factor of 1.5


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Answer 1

Answer:

the answer is option B is i guess

Answer 2

If the pH of a solution increases from 4.0 to 6.0, the hydronium ion concentration will be increased by a factor 100.

What is pH?

The potential of Hydrogen is the complete version of pH. The negative logarithm of H+ ion concentration is known as pH. As a result, the definition of pH is "potential hydrogen strength." The concentration of hydrogen ions in a particular solution is known as pH, and it is used to determine whether a solution is acidic or basic.

It can be expressed as:

pH = -log [$H_{3}O$]

Calculation of concentration of hydronium ion with pH formula:

It can be written as,  [$H_{3}O$] = $10^{pH}$

Case 1: pH = 4

when pH = 4, put the value of pH in above expression.

[$H_{3}O$] = $10^{4}$ = 10000.

Case 2: pH = 6

when pH = 6, put the value of pH in above expression.

[$H_{3}O$] = $10^{6}$ = 1000000.

[$H_{3}O$]1 /  [$H_{3}O$]2 = 10000/1000000

[$H_{3}O$]1 / [$H_{3}O$]2 = 1 / 100

Therefore, the concentration of hydronium will be increased by a factor 100.

To know more about pH

https://brainly.com/question/491373.

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