An acid solution of pH = 6 diluted 1000 times, the pH of the final solution becomes

An acid solution of pH=6 is diluted 1000 times, the pH of the final solution is

An acid solution of pH =6 is diluted 100 times. The pH of solution becomes

In SHE, the pH of the acid solution

10^(-5)M HCI solution at 25^(@)C is diluted 1000 times. The pH of the diluted solution will

A solution has pH=5 , it is diluted 100 times, then it will become

Assertion (A): If a solution with pH = 2 is diluted to double the volume, the pH of the solution will fall to 1 . Reason (R) : pH is inversely proportional to the volume of the solution.

The P^(H) of a solution is 11. lt is diluted by 1000 times. Then the P^(H) of resulting solution is

10mL of a strong acid solution of pH=2.000 are mixed with 990 mL of another strong acid solution of pH=4.000 . The pH of the resulting solution will be :

A 1 litre solution of pH=1 diluted upto 10 times.What volume of a solutions with pH =2 is to be added in diluted solution so that final pH remains '2'.

10 mL of a strong acid solution of pH=2.000 are mixed with 990mL of another strong acid solution of pH=4.000 . The pH of the resulting solution will be: