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Day 5: Equilibrium and Acid/Base

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

Card preview (24)

#1
Front (Question)

Equilibrium

Back (Answer)

-forward rate = reverse rate

#2
Front (Question)

Equilibrium

Back (Answer)

-forward rate = reverse rate

#3
Front (Question)

Dynamic rxn

Back (Answer)

No net change in concentration

#4
Front (Question)

K»1

Back (Answer)

Products favored at eq.

#5
Front (Question)

K

Back (Answer)

Reactants favored at eq.

#6
Front (Question)

K ~1

Back (Answer)

Considerable Prod/Rec present at eq.

#7
Front (Question)

Keq

Back (Answer)

No solids/ liquids. Kp for gases

#8
Front (Question)

Reaction Quotient

Back (Answer)

can be calculated @ any point in time

#9
Front (Question)

K changes when

Back (Answer)

Temperature changes

#10
Front (Question)

Q

Back (Answer)

Shift right

#11
Front (Question)

Q>K

Back (Answer)

Shift left

#12
Front (Question)

Q=K

Back (Answer)

at equilibrium

#13
Front (Question)

If a reaction is doubled or ect. the K changes

Back (Answer)

exponentially

#14
Front (Question)

K for the reverse reaction is inverse of

Back (Answer)

the forward reaction

#15
Front (Question)

Increase in temperature causes a shift to the

Back (Answer)

left

#16
Front (Question)

Increase in pressure causes a decrease in _____ and an increase in ____ and a shift ________

Back (Answer)

volume, molarity, left

#17
Front (Question)

Le Chatelier’s Principle

Back (Answer)

Systems placed under stress will respond to counter stress. System takes it out of the equilibrium.

#18
Front (Question)

Solids & liquids do not affect the eq. but are affected by

Back (Answer)

shifts

#19
Front (Question)

Add reactants

Back (Answer)

Shift right

#20
Front (Question)

Remove products

Back (Answer)

Shift right

#21
Front (Question)

Add a solid

Back (Answer)

no stress. no shift

#22
Front (Question)

Add inert gas

Back (Answer)

No shift

#23
Front (Question)

Solubility

Back (Answer)

Ksp

#24
Front (Question)

Common Ion effect

Back (Answer)

Ionic solids disassociating into separate ion in water. Reactants are always solids