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PROBLEM

Find the pH of a solution with hydronium ion concentration of 1×1011M1 \times 10^{-11} M, considering significant figures.

STEP 1

Assumptions1. The hydronium ion concentration is 1×1011M1 \times10^{-11} M.
. The pH of a solution is calculated using the formula pH=log[H3+]pH = -\log[H3^+], where [H3+][H3^+] is the hydronium ion concentration.
3. The logarithm is base10.

STEP 2

We need to calculate the pH of the solution using the given hydronium ion concentration. We can do this by plugging the given concentration into the formula for pH.
pH=log[H+]pH = -\log[H^+]

STEP 3

Now, plug in the given value for the hydronium ion concentration to calculate the pH.
pH=log[1×1011M]pH = -\log[1 \times10^{-11} M]

STEP 4

The logarithm of a product can be written as the sum of the logarithms of the individual numbers. So, we can rewrite the logarithm in the formula as followspH=(log[1]+log[1011])pH = -(\log[1] + \log[10^{-11}])

STEP 5

The logarithm of1 is0, and the logarithm of 101110^{-11} is -11. So, we can simplify the formula as followspH=(0+11)pH = -(0 + -11)

SOLUTION

Calculate the pH of the solution.
pH=(11)=11pH = -(-11) =11The pH of the solution is11.

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