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1 of 15 A chemical that increases the hydroxide ion concentration in solution is best described as a(n) O Bransted-Lowry acid O Bransted-Lowry base Arhenius acid O Antherius base 2 of 15 A base has a pH less than 7 Ogreater than 7 O equal to 7 less than 0 3 of 15 A weak acid doesn't react very much O can't react as well with strong bases O tends to remain in molecular form O has a much higher pH

1 of 15 A chemical that increases the hydroxide ion concentration in solution is best described as a(n) O Bransted-Lowry acid O Bransted-Lowry base Arhenius acid O Antherius base 2 of 15 A base has a pH less than 7 Ogreater than 7 O equal to 7 less than 0 3 of 15 A weak acid doesn't react very much O can't react as well with strong bases O tends to remain in molecular form O has a much higher pH

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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of 15 OH] in a solution at SATP is 0.00037 M, [H*]= 2.7x10-M 6.3x10- M 0.00063 M 2.7x10-¹1M 12 of 15 If the pH of a solution is 3.2, the pOH is O-3.2 O 10.8 O 6.3x10-4 O 1.6x10-11 13 of 15 Which of the following is not an Arrhenius base but can be a Brønsted-Lowry base? OLIOH(aq) ONH₂OH(aq) ĐÁNH:(5) Mg(OH)₂(aq) 14 of 15 Which pH has a [H*] twice as concentrated as that of a solution whose pH is 4.15? 3.85 9.85 2.08 8.30 15 of 15 Which solution has the highest pH? 0 065 M HIO (Ka-2.3x10 3.5x10 M HBO (Ka-2 5x109) 52x10 M C₂H₂NH₂ (KB-4 3x10-10) 12×10 MHCI
Transcribed Image Text:of 15 OH] in a solution at SATP is 0.00037 M, [H*]= 2.7x10-M 6.3x10- M 0.00063 M 2.7x10-¹1M 12 of 15 If the pH of a solution is 3.2, the pOH is O-3.2 O 10.8 O 6.3x10-4 O 1.6x10-11 13 of 15 Which of the following is not an Arrhenius base but can be a Brønsted-Lowry base? OLIOH(aq) ONH₂OH(aq) ĐÁNH:(5) Mg(OH)₂(aq) 14 of 15 Which pH has a [H*] twice as concentrated as that of a solution whose pH is 4.15? 3.85 9.85 2.08 8.30 15 of 15 Which solution has the highest pH? 0 065 M HIO (Ka-2.3x10 3.5x10 M HBO (Ka-2 5x109) 52x10 M C₂H₂NH₂ (KB-4 3x10-10) 12×10 MHCI
1 of 15 A chemical that increases the hydroxide ion concentration in solution is best described as a(n) O Bransted-Lowry acid O Bransted-Lowry base Arhenius acid O Anthenius base 2 of 15 A base has a pH less than 7 O greater than 7 O equal to 7 O less than 0 3 of 15 A weak acid O doesn't react very much O can't react as well with strong bases O tends to remain in molecular form O has a much higher pH 4 of 15 to the equilibrium F(aq)-HO,CCOH(aqjHF(aq)-HO-CCOO(aq), HO₂CCOO is the O acid O base O conjugate acid O conjugate base 5 of 15 The most likely pH of a solution of magnesium hydroxide is 100 050 07.0 100 6 of 15 The ph of a 0 0200 M HBr solution is 20 17 0.20
Transcribed Image Text:1 of 15 A chemical that increases the hydroxide ion concentration in solution is best described as a(n) O Bransted-Lowry acid O Bransted-Lowry base Arhenius acid O Anthenius base 2 of 15 A base has a pH less than 7 O greater than 7 O equal to 7 O less than 0 3 of 15 A weak acid O doesn't react very much O can't react as well with strong bases O tends to remain in molecular form O has a much higher pH 4 of 15 to the equilibrium F(aq)-HO,CCOH(aqjHF(aq)-HO-CCOO(aq), HO₂CCOO is the O acid O base O conjugate acid O conjugate base 5 of 15 The most likely pH of a solution of magnesium hydroxide is 100 050 07.0 100 6 of 15 The ph of a 0 0200 M HBr solution is 20 17 0.20
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