Home
Class 11
CHEMISTRY
The P^(H) of a solution is 6. Its H^(+) ...

The `P^(H)` of a solution is `6`. Its `H^(+)` concentrations is decreased by `1000` times. Its `P^(H)` will be

A

9

B

6.96

C

7.04

D

8

Text Solution

Verified by Experts

The correct Answer is:
A

If the `H^(+)` ion concentration decreases by 1000 times then `P^(H)` increses by three units
Promotional Banner

Similar Questions

Explore conceptually related problems

The pH of a solution is 6 .Its H^(+) concentration is diluted by 100 times .Its "pH" will be

The pH of a solution is 5. Its H^(+) ion concentration is decreased by 100 times, then the nature of the solution formed is

p H of a solution of HCI is 4,its molar concentration is

If pH of a solution is 4, its [H^+] is

The P^(H) of HCl is 5 , its is diluted by 1000 times Its P^(H) will be

The [H^+] of a solution is 10^(-8) . Its p^(OH) is

The [H^+] of a solution is 10^(-8) . Its p^(OH) is

The p^(H) of neutral solution at 25^(@)C is

If H_(3)O^(+) ion concentration of a solution is increased by 10 times , its pH will