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For the strong acid solution 9.7×10−3 , determine (H3o+)and (OH-)
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For the strong acid solution 9.7×10−3 , determine (H3o+)and (OH-)
Top answer:
Strong acids ionize ionize 100%; therefore, (H3O^+) = (acid) Then pH = -log(H3O^+).
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The same quantity of each solute is added to water. Which solution will have the greatest number of H3O+ ions at equilibrium? (1
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The strongest acid will have the greatest number of H3O+ ions at equilibrium. Therefore, the
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To make an acid solution, 6.8 x 10-3 mole of a strong acid (6.8 x 10-3 mole H3O+) is
dissolved in water to give a 550 mL
Top answer:
To find the pH and [OH-] of the solution, we need to use the concept of concentration and the
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The same quantity of each solute is added to water. Which solution will have the greatest number of H3O+ ions at equilibrium? (1
Top answer:
The strong acid will have the greatest number of H3O+ ions at equilibrium.
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a) To make an acid solution, 6.8 x 10-3 mole of a strong acid (6.8 x 10-3 mole H3O+) is
dissolved in water to give a 550 mL
Top answer:
a. (H3O^+) = 6.8E-3/0.550 = ? Convert that to pH and to pOH and to OH^- b Assuming the volumes are
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a) To make an acid solution, 6.8 x 10-3 mole of a strong acid (6.8 x 10-3 mole H3O+) is
dissolved in water to give a 550 mL
Top answer:
See your post above.
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1)A solution has a [OH-] of 5.2 x 10-4. What is the [H3O+] in the solution?
2) A 0.25 M solution of a monoprotic acid, HA, has a
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1) To find the [H3O+] in the solution, we can use the relationship between [H3O+] and [OH-]. In
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A 0.30M solution of a weak monoprotic acid is 0.41% ionized. what is the acid-ionization constant, Ka for this acid?
Use. HA +
Top answer:
0.30M x 0.0041 = 0.00123 ...........HA ==> H^+ + A^- I..........0.30...0.......0
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What is [Al(H2 O)5(OH)2+] in a 0.15-M solution of Al(NO3)3 that contains enough of the strong acid HNO3 to bring [H3O+] to 0.10
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This is really a funny kind of question in that you want to add HNO3 to make a final concn of 0.1M.
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If one has a solution of a strong acid and a solution of a weak acid of equal concentration and volume, then the _____.
strong
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strong acid will have a higher pH
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