Question

The OH- ion concentration of a solution in 3×10^-4m. Find out the H+ ion concentration of the same solution​

Answer 1

Answer:

Divide the magnitude "1 E-14" by the concentration of the hydrogen ions to determine the concentration of hydroxide ion [OH-]. In our example [OH-] = 1 E-14 / 5.01 E-9 = 2.0 E-6 molar.

Explanation:

Answer 2

Given: The $OH^-$ ion concentration of a solution in $3×10^{-4}$m.

To find: We have to find the concentration of hydrogen ions.

Solution:

We know that in a solution the product of the concentration of hydrogen ion and hydroxyl ion is called an ionic product of water.

It is given as-

$[OH^-][H^+]=10^{-14}$

Given that $OH^-$ is $3×10^{-4}$.

So, the concentration of hydrogen ion will be-

$[H^+] = \frac{ {10}^{ - 14} }{3 \times {10}^{ - 4} } \\ 0.33 \times {10}^{ - 10}$

The concentration of hydrogen ion is $.33×10^{-10}$m.