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Acid-bases

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Total cards: 24•Content version: v3•Public deck•Updated: 8/1/2026

Card preview (24)

#1
Front (Question)

any species that dissolves in aqueous solution to produce H+ ions

Back (Answer)

arrhenius acid

#2
Front (Question)

any species that dissolves in aqueous solution to produce OH ions

Back (Answer)

arrhenius base

#3
Front (Question)

any species that acts as a proton donor

Back (Answer)

bronsted-lowry acid

#4
Front (Question)

any species that acts as a proton acceptor

Back (Answer)

bronsted-lowry base

#5
Front (Question)

any species that accepts a pair of electrons

Back (Answer)

lewis acid

#6
Front (Question)

any species that donates a pair of electrons

Back (Answer)

lewis base

#7
Front (Question)

the species that is the acid with one proton lost

Back (Answer)

conjugate base

#8
Front (Question)

The species that is the base with one proton gained

Back (Answer)

conjugate acid

#9
Front (Question)

The stronger the base or acid, the ___ its conjugate is, and the weaker the base or acid, the __ its conjugate is

Back (Answer)

weaker, stronger

#10
Front (Question)

The definitions of acid-bases in order of most specific to general are ____, _____, and ___. Arrehenius definition is concerned with reactions that only occur in __ __. Bronsted-lowry and arrhenius definitions are concerned with __ __, and the lewis definition is concerned with ____ transfers. The ___ definition is the most common

Back (Answer)

arrhenius, bronsted-lowry, lewis, aqueous solutions, protons transfers, electron, bronsted-lowry

#11
Front (Question)

The higher the concentration of ___ ions the lower the pH, this is given by the equation ____

Back (Answer)

H+, pH = -log[H+]

#12
Front (Question)

The higher the concentration of ___ ions the lower the pOH. This is given by the equation ____

Back (Answer)

OH-, pOH = -log[OH]

#13
Front (Question)

The pH and pOH are the -_ concentrations of protons and hydroxide ions. The sum of pH and pOH is always __ for a solution at room temperature

Back (Answer)

log, 14

#14
Front (Question)

In a neutral solution, both the pOH and pH are ___. In an acidic solution, the pH is ___7, and the pOH is ___ than 7. In a basic solution the pH is ___7 and the pOH is ___ 7

Back (Answer)

7, <, >, >, <

#15
Front (Question)

describes the extent ot which a particular substance dissociates into its ions

Back (Answer)

dissociation constants

#16
Front (Question)

Ka is given by the equation:

Back (Answer)

ka = [H3O+][A-]/[HA]

#17
Front (Question)

kb is given by the equation

Back (Answer)

kb = [HB][OH]/[B]

#18
Front (Question)

The dissociation constant of water is defined as ____ and is ____ at 25°C. Because equal concentrations of __- and ___ dissociate from H2O, water has a __ pH and Kw = _______, or _______

Back (Answer)

kw, 1E-14, H+, OH-, neutral, [OH][H+], ka(kb)

#19
Front (Question)

The __ the pka the stronger the acid and the ___ its ability to donate protons. It is equal to ___

Back (Answer)

lower, greater, -log(Ka)

#20
Front (Question)

The lower the pkb, the __ the base and the greater its ability to ___ a proton. It is equal to ____

Back (Answer)

stronger, accept, -logkb

#21
Front (Question)

A strong acid is one where the ka is ___ 1 and is dissociates completely in water to form ___

Back (Answer)

> , H+

#22
Front (Question)

A strong base is one where kb ___ 1, and dissociates completely in water to form ______

Back (Answer)

> , OH-

#23
Front (Question)

Binary acids include __ ___ like __, ___, __ and ____. THe larger the __ __ of the halide, the more acidic the compound, and the ___ the bond between them

Back (Answer)

hydrogen halides, HI, HBr, HCl, HF, atomic radius, weaker

#24
Front (Question)

acids that contain oxygen are called ____. The more oxygen molecules there are, the more ____ the compound

Back (Answer)

oxoacids, acidic