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WorksheetsFinal Review Honors
Total questions: 94
Worksheet time: 8hrs 50mins
What effects do these factors have on the rate of a chemical reaction?
(a) decreasing the concentration of a reactant
(b) adding a catalyst
(a) decreases (b) increases
(a) decreases (b) decreases
(a) increases (b) increases
(a) increases (b) decreases
Instead of drawing, describe the line.
The new line is less steep than the original, starts at origin, and reaches same final volume
The new line is less steep than the original, starts at origin, and reaches a higher final volume
The new line is steeper than the original, starts at origin, and reaches same final volume
The new line is steeper than the original, starts at origin, and reaches a higher final volume
1. increased concentration of HCl 2. increase particle size of calcium carbonate
1. decrease concentration of HCl 2. add a catalyst
1. increase surface area of calcium carbonate 2. take out catalyst
1. add catalyst 2. increase surface area of calcium carbonate
Substance that decreases the speed of a reaction while remaining unchanged
Substance that increases the speed of a reaction while remaining unchanged
Substance that decreases the speed of a reaction while decreasing in mass
Substance that increases the speed of a reaction while decreasing in mass
(a) methane (b) increases the rate of reaction
(a) methane (b) decreases the rate of reaction
(a) propane (b) increases the rate of reaction
(a) propane (b) decreases the rate of reaction
1 and 3
1 and 4
2 and 3
2 and 4
A
B
C
D
the energy of the reactants is greater than the energy of the products
the energy of the products is greater than the energy of the reactants
the products are at a higher level than the reactants
the arrow is going toward the reactants
A
B
C
D
A
B
C
D
A
B
C
D
make sure temperature decreases
make sure there are hot spots
make sure there is local heating
to make sure temperature change is the same throughout
P
Q
R
S
T
volume of water, height of flame
distance of flame from beaker, type of fuel
amount of each fuel, height of flame
volume of water, type of fuel
A
B
C
D
A
B
C
D
A
B
C
D
(a) redox reaction (b) blue to pink
(a) redox reaction (b) pink to blue
(a) reversible reaction (b) pink to blue
(a) reversible reaction (b) blue to pink
the rate of the forward reaction equals the reverse reaction; concentrations of reactants and products are constant
the rate of the forward reaction is larger than the reverse reaction; concentrations of reactants and products changes
the rate of the forward reaction is less than the reverse reaction; concentrations of reactants and products changes
the rate of the forward reaction equals the reverse reaction; concentrations of reactants and products are always equal
56%
33%
19%
28%
increases as the temperature increases
increases as the temperature decreases
decreases as the temperature increases
decreases as the temperature decreases
(a) blue to white (b) two different atoms bonded
(a) white to blue (b) two different atoms bonded
(a) blue to white (b) made up of one type of atom
(a) white to blue (b) made up of one type of atom
A
B
C
D
A
B
C
D
A
B
C
D
A
B
C
D
A
B
C
D
inert/unreactive
non-metal
soft
slippery
anode: zinc; cathode: chlorine
anode: hydrogen; cathode; oxygen
anode: chlorine; cathode: zinc
anode: oxygen; cathode: hydrogen
A
B
C
D
E
anode: bromine; cathode: potassium
anode: potassium; cathode: bromine
anode: hydrogen; cathode: bromine
anode: bromine; cathode: hydrogen
redox
neutralization
decomposition
electrolysis
A
B
C
D
A
B
C
D
A
B
C
D
A
B
C
D
A
B
C
D
A
B
C
D
anode: hydrogen; cathode: oxygen
anode: oxygen; cathode: hydrogen
anode: nickel; cathode: chlorine
anode: chlorine; cathode: nickel
copper is strong
copper has a higher melting point
copper is a very good conductor
copper is cheaper
aluminum has a low melting point and steel has a high melting point
aluminum and steel are cheap
aluminum is weak and steel is strong
aluminum is a good conductor and steel is strong
a liquid that can conduct electricity
the breakdown of solid ionic compounds using electricity
the breakdown of ionic compounds when molten or in solution by the passage of electricity
the anode and cathode that separate the ions in an electrolyte
R
S
T
U
weak
low density
good conductor
color
sodium
hydrogen
iodine
oxygen
anode: hydrogen; cathode: sulfur
anode: hydrogen; cathode: oxygen
anode: sulfur; cathode: hydrogen
anode: oxygen; cathode: hydrogen
negative: hydrogen; positive: chlorine
negative: hydrogen; positive: oxygen
negative: chlorine; positive: hydrogen
negative: oxygen; positive: hydrogen
anode
cathode
electrolyte
electrode
nonmetal
conducts heat
conducts electricity
soft
anode
cathode
electrolyte
electrode
copper/zinc
hydrogen/helium
carbon/platinum
silver/magnesium
negative: hydrogen; positive: oxygen
negative: oxygen; positive: hydrogen
negative: lead; positive: bromine
negative: bromine; positive: lead
colorless gas would be seen on the anode
green gas would be seen on the anode
red-brown solid would be seen on the anode
yellow solid would be seen on the anode
reduction because the oxide ions' oxidation number increased
oxidation because the oxide ions' oxidation number decreased
reduction because the oxide ion gains electrons
oxidation because the oxide ion loses electrons
gain of oxygen
loss of electrons
decrease of oxidation number
gain of mass
loss of oxygen
gain of oxygen
loss of electrons
rise in oxidation number
A
B
C
D
rise in oxidation number
loss of electrons
loss of oxygen
gain of mass
loss of oxygen
decrease in oxidation number
loss of mass
loss of electrons
0
6
7
10
14
2
7
8
13
1
6
7
9
13
The graph shows the pH changes when aqueous ammonia is neutralized by hydrochloric acid.
a)10.8 b)1.5 c)13
a)11.7 b)3.2 c)14
a)15.8 b)1.9 c)11
a)13.8 b)2.5 c)10
neutral
strongly acidic
strongly alkaline
weakly acidic
weakly alkaline
neutralisation
oxidation
polymerisation
reduction
acidic phosphorus is a metal
acidic phosphorus is a non-metal
basic phosphorus is a metal
basic phosphorus is a non-metal
A
B
C
D
A
B
C
D
A
B
C
D
A
B
C
D
increases slowly; then suddenly; then slowly again
decreases slowly; then suddenly; then slowly again
decreases over time
increases over time
dihydrogen monoxide
water
strontium chloride
strontium hydroxide
basic; sodium is a metal
basic; sodium is a non-metal
acidic; sodium is a metal
acidic; sodium is a non-metal
zinc hydroxide
zinc hydride
zinc oxide
zinc chloride
sodium(I) nitrate
sodium nitride
sodium nitrate
sodium(I) nitride
carbon monoxide
ammonia
hydrogen
ethene
1
7
9
13
a)sodium hydroxide is alkaline b) add litmus and it turns blue
a)sodium hydroxide is alkaline b) add litmus and it turns red
a)hydrogen is alkaline b) add litmus and it turns blue
a)hydrogen is alkaline b) add litmus and it turns red
yellow
red
blue
orange
dissociates completely
dissociates partially
ionizes completely
does not ionize at all
ethanoic acid + copper carbonate = copper ethanoate + water + carbon dioxide
ethanoic acid + copper carbonate = copper ethanoate + water
ethanoic acid + copper carbonate = copper ethanoate + hydrogen
ethanoic acid + copper carbonate = copper ethanoate
3
6
7
10
FACBE
FCAEB
FACEB
FCABE
A
B
C
D
ammonia
helium
neon
hydrogen
iodine, chlorine is more reactive than iodine
chlorine, chlorine is more reactive than iodine
iodine, iodine is more reactive than iodine
chlorine, iodine is more reactive than iodine
helium is flammable
helium is very reactive
hydrogen is nonflammable
helium is inert
ductile
forms white compounds
variable oxidation states
shiny
Al
Cl
Ar
P
B
D
F
H
A
B
C
D
E
hydrogen is more dense than helium
helium and hydrogen have the same density
helium is less dense than hydrogen
hydrogen is less dense than helium
chlorine is more reactive than iodine
chlorine is less reactive than iodine
chlorine is more dense than iodine
iodine is more dense than chlorine
A
B
C
D
E
