Free Printable HC07 Predicting Products - Single Replacement Reactions

1.

Using the activity series or the reactivity table, will the following reaction occur?
$Sr\ +\ H_2O\ _{\left(l\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

2.

Using the activity series or the reactivity table, will the following reaction occur?
$Zn+\ H_2O\ _{\left(l\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

3.

Using the activity series or the reactivity table, will the following reaction occur?
$Sn+\ H_2O\ _{\left(l\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

4.

Using the activity series or the reactivity table, will the following reaction occur?
$Cu+\ H_2O\ _{\left(l\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

5.

Using the activity series or the reactivity table, will the following reaction occur?
$Na\ +\ H_2O\ _{\left(g\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

6.

Using the activity series or the reactivity table, will the following reaction occur?
$Fe\ +\ H_2O\ _{\left(g\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

7.

Using the activity series or the reactivity table, will the following reaction occur?
$Pb\ +\ H_2O\ _{\left(g\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

8.

Using the activity series or the reactivity table, will the following reaction occur?
$Bi\ +\ H_2O\ _{\left(g\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

9.

Using the activity series or the reactivity table, will the following reaction occur?
$Hg\ +\ HCl\ _{\left(aq\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

10.

Using the activity series or the reactivity table, will the following reaction occur?
$Ni\ +\ HCl\ _{\left(aq\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

11.

Using the activity series or the reactivity table, will the following reaction occur?
$Mg\ +\ HCl\ _{\left(aq\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

12.

Using the activity series or the reactivity table, will the following reaction occur?
$Rb\ +\ HCl\ _{\left(aq\right)}\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

13.

Using the activity series or the reactivity table, will the following reaction occur?
$K\ +\ NaCl\ _{ }\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

14.

Using the activity series or the reactivity table, will the following reaction occur?
$Na\ +\ KCl\ _{ }\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

15.

Using the activity series or the reactivity table, will the following reaction occur?
$I_2\ +\ KCl\ _{ }\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

16.

Using the activity series or the reactivity table, will the following reaction occur?
$F_2\ +\ KCl\ _{ }\ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

17.

Using the activity series or the reactivity table, will the following reaction occur?
$Mg\ +\ CaCl_2\ \ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

18.

Using the activity series or the reactivity table, will the following reaction occur?
$Ca\ +\ MgCl_2\ \ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

19.

Using the activity series or the reactivity table, will the following reaction occur?
$Al\ +\ ZnCl_2\ \ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

20.

Using the activity series or the reactivity table, will the following reaction occur?
$Zn\ +\ AlCl_3\ \ \longrightarrow$

a)

Reaction occurs

b)

No Reaction

21.

Using the activity series or the reactivity table, what will the products be?

$K+\ H_2O\ _{\left(l\right)}\ \longrightarrow$

a)

KOH

b)

No Reaction

c)

KOH + H₂

d)

KH + O₂

e)

K₂O + H₂O₂

22.

Using the activity series or the reactivity table, what will the products be? $Ca\ +\ HCl\ _{\left(aq\right)}\ \longrightarrow$

a)

CaH₂ + Cl₂

b)

No Reaction

c)

Ca(OH)₂ + H₂ + O₂

d)

CaCl₂ + H₂

e)

CH₄ + Cl₂

23.

Using the activity series or the reactivity table, what will the products be? $K+\ MgSO_4\ _{\left(aq\right)}\ \longrightarrow$

a)

KMg + S + O₂

b)

No Reaction

c)

Mg + K₂SO₄

d)

K₂O + MgS

e)

K₂S + MgO

24.

What are the products of this reaction?

Cu + Pb(NO₃)₄ →

a)

Pb + Cu(NO₃)₄

b)

PbO₂ + Cu₃N₂

c)

Pb + Cu(NO₃)₂

d)

no reaction

e)

Pb + Cu + N₂ + O₂

25.

What are the products of this reaction?

Cu + AgNO₃ →

a)

Ag + Cu + NO₂

b)

Ag + Cu + N₂ + O₂

c)

Ag₃N + Cu₂O

d)

Ag + CuNO₃

e)

No reaction

26.

What are the products of this reaction?

Ag + CuNO₃ →

a)

Ag + Cu + NO₂

b)

Ag + Cu + N₂ + O₂

c)

Ag₃N + Cu₂O

d)

Cu + AgNO₃

e)

No reaction

27.

What are the products of this reaction?

Ca + Pb(NO₃)₄ →

a)

Pb + Ca(NO₃)₄

b)

Pb + Ca₂NO₃

c)

Pb + Ca(NO₃)₂

d)

Pb + Ca(NO₃)₃

e)

Pb + CaNO₃

28.

Organize these Single replacement reactions into the right subtypes.

Categorize the following

metal replacing metal

nonmetal replacing nonmetal

metal replacing H in water

metal replacing H in an acid

29.

Which of these will replace rubidium, Rb in a compound?

a)

Li

b)

K

c)

neither of these elements

d)

both of these elements

30.

Which of these will replace rubidium, Rb in a compound?

a)

Ca

b)

K

c)

neither of these elements

d)

both of these elements

31.

Which of these will replace lead, Pb in a compound?

a)

Zinc

b)

aluminum

c)

neither of these elements

d)

both of these elements

32.

Which of these will replace lead, Pb in a compound?

a)

copper

b)

aluminum

c)

neither of these elements

d)

both of these elements

33.

Which of these will replace lead, Pb in a compound?

a)

copper

b)

platinum

c)

neither of these elements

d)

both of these elements

34.

According to the Activity series will this single replacement reaction occur?

Na₂CO_{3 (s)} + Zn _(s) →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

35.

According to the Activity series will this single replacement reaction occur?

Na₂CO_{3 (aq)} + Ba _(s) →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

36.

In the single replacement reaction shown, what will the ELEMENT product be?

Na₂CO_{3 (s)} + Ba _(s) →

a)

Na

b)

C

c)

O₂

d)

Ba

e)

CO₂

37.

In the single replacement reaction shown, what two IONS will form the COMPOUND PRODUCT?

Na₂CO_{3 (s)} + Ba _(s) →

a)

Na⁺

b)

CO₃^2-

c)

O^2-

d)

Ba²⁺

e)

C^4-

38.

In the single replacement reaction shown, what will be COMPOUND PRODUCT?

Na₂CO_{3 (s)} + Ba _(s) →

a)

Ba₂CO₃

b)

BaCO₃

c)

Ba(CO₃)₂

d)

BaCO₂

39.

According to the Activity series will this single replacement reaction occur?

F₂ + NaCl →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

40.

According to the Activity series will this single replacement reaction occur?

Br₂ + NaCl →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

41.

According to the Activity series will this single replacement reaction occur?

Au + HCl →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

42.

According to the Activity series will this single replacement reaction occur?

Pt + HCl →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

43.

In the single replacement reaction shown, what will the ELEMENT product be?

F₂ + NaCl →

a)

Na

b)

Cl

c)

Cl₂

d)

Na₂

e)

No reaction

44.

In the single replacement reaction shown, what are the two ions used to write the formula of the COMPOUND product?

F₂ + NaCl →

a)

Na⁺

b)

Na²⁺

c)

F ^2–

d)

F^–

e)

F₂^2-

45.

In the single replacement reaction shown, what is the COMPOUND product?

F₂ + NaCl →

a)

F₂Na

b)

NaF

c)

FCl

d)

F₂Cl

e)

NaOH

46.

According to the Reactivity Table will this single replacement reaction occur?

Mg + HCl →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

47.

What will be the ELEMENT PRODUCT of this reaction?

Mg + HCl →

a)

Cl₂

b)

H₂

48.

What will be the two ions used to write the COMPOUND PRODUCT of this reaction?

Mg + HCl →

a)

H⁺

b)

Cl^–

c)

Mg⁺

d)

Mg^–

e)

Mg²⁺

49.

What will be the COMPOUND PRODUCT of this reaction?

Mg + HCl →

a)

MgHCl₃

b)

H₂Mg

c)

MgCl

d)

MgCl₂

e)

HMg

50.

According to the Reactivity Table will this single replacement reaction occur?

Ag + HCl →

a)

Yes, this reaction will occur.

b)

NR

(no reaction)

51.

According to the reactivity table, will this reaction occur?

Al_(s)+ H₂O_(l) →

a)

Yes the reaction will occur

b)

NR

(no reaction)

52.

According to the reactivity table, will this reaction occur?

Al_(s)+ H₂O_(g) →

a)

Yes the reaction will occur

b)

NR

(no reaction)

53.

What is the ELEMENT product in this single replacement reaction?

Al_(s)+ H₂O_(g) →

a)

O₂

b)

H₂

c)

HAl

d)

Al

e)

I₂

54.

What TWO IONs are used to write the chemical formula of COMPOUND PRODUCT in this single replacement reaction?

Al_(s)+ H₂O_(g) →

a)

H⁺

b)

O^2-

c)

OH^–

d)

Al³⁺

e)

L^-

55.

What is the COMPOUND PRODUCT in this single replacement reaction?

Al_(s)+ H₂O_(g) →

a)

Al₂O₃

b)

AlH₃

c)

AlOH

d)

Al(OH)₃

e)

AlOH²⁺

56.

According to the Reactivity with Acids, Water, and Oxygen table, what will

strontium

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

57.

According to the Reactivity with Acids, Water, and Oxygen table, what will

potassium

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

58.

According to the Reactivity with Acids, Water, and Oxygen table, what will

cadmium

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

59.

According to the Reactivity with Acids, Water, and Oxygen table, what will

zinc

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

60.

According to the Reactivity with Acids, Water, and Oxygen table, what will

tin

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

61.

According to the Reactivity with Acids, Water, and Oxygen table, what will

nickel

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

62.

According to the Reactivity with Acids, Water, and Oxygen table, what will

copper

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

63.

According to the Reactivity with Acids, Water, and Oxygen table, what will

antimony

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

64.

According to the Reactivity with Acids, Water, and Oxygen table, what will

hydrogen

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

65.

According to the Reactivity with Acids, Water, and Oxygen table, what will

gold

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

66.

According to the Reactivity with Acids, Water, and Oxygen table, what will

silver

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

67.

According to the Reactivity with Acids, Water, and Oxygen table, what will

platinum

react with? Mark all that apply.

a)

cold water replacing H

b)

acids replacing H

c)

steam replacing H

d)

oxygen forming an oxide

e)

fairly unreactive

68.

Will the following reaction occur?

Zn + AgNO₃ →

a)

Yes, the reaction will occur

b)

NR

(no reaction)

69.

Will the following reaction occur?

Br₂ + AgI →

a)

Yes, the reaction will occur

b)

NR

(no reaction)

70.

What will be the ELEMENT PRODUCT of this reaction?

Br₂ + AgI →

a)

Ag

b)

Br

c)

Br₂

d)

$I$

e)

$I_2$

71.

What will be the COMPOUND PRODUCT of this reaction?

Br₂ + AgI →

a)

BrI

b)

$AgI$

c)

AgBr

d)

AgBr₂

e)

$AgI_2$

72.

What will be the element product?

Zn + AgNO₃ →

a)

Zn

b)

Ag

c)

N₂

d)

O₂

e)

H₂

73.

What TWO ions will be used to write the formula of the COMPOUND product?

Zn + AgNO₃ →

a)

Zn²⁺

b)

Ag⁺

c)

N^3-

d)

O^2-

e)

NO₃^–

74.

What is the compound product of this reaction?

Zn + AgNO₃ →

a)

ZnAg₂

b)

Zn(NO₃)₂

c)

ZnNO₂

d)

ZnAgNO₃

e)

ZnNO₃⁺

75.

What is the ELEMENT PRODUCT of this reaction?

$K_{\left(s\right)}\ +\ H_2O_{\ \left(g\right)}\ \longrightarrow$

a)

K

b)

H₂

c)

O₂

d)

H

e)

O

76.

What is the ELEMENT PRODUCT of this reaction?

$Ca_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

a)

Ca

b)

H₂

c)

O₂

d)

H

e)

O

77.

What is the ELEMENT PRODUCT of this reaction?

$Al_{\left(s\right)}\ +\ H_2O_{\ \left(g\right)}\ \longrightarrow$

a)

Al

b)

H₂

c)

O₂

d)

H

e)

O

78.

What is the COMPOUND PRODUCT of this reaction?

$K_{\left(s\right)}\ +\ H_2O_{\ \left(g\right)}\ \longrightarrow$

a)

K₂O

b)

KOH

c)

KH₂

d)

KO

e)

K(OH)₂

79.

What is the COMPOUND PRODUCT of this reaction?

$Ca_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

a)

CaO

b)

CaOH

c)

CaH₂

d)

Ca₂O

e)

Ca(OH)₂

80.

What is the COMPOUND PRODUCT of this reaction?

$Al_{\left(s\right)}\ +\ H_2O_{\ \left(g\right)}\ \longrightarrow$

a)

AlO

b)

AlOH

c)

AlH₂

d)

Al₂O₃

e)

Al(OH)₃

81.

What is the COMPOUND PRODUCT of this reaction?

$Rb_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

(a)

82.

What is the COMPOUND PRODUCT of this reaction?

$Li_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

(a)

83.

What is the COMPOUND PRODUCT of this reaction?

$K_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

84.

What is the ELEMENT PRODUCT of this reaction?

$K_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

85.

What is the COMPOUND PRODUCT of this reaction?

$Ca_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

86.

What is the ELEMENT PRODUCT of this reaction?

$Ca_{\left(s\right)}\ +\ H_2O_{\ \left(l\right)}\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

87.

What is the ELEMENT PRODUCT of this reaction?

$Ca\ +\ Mg\left(NO_3\right)_2\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

88.

What is the COMPOUND PRODUCT of this reaction?

$Ca\ +\ Mg\left(NO_3\right)_2\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

89.

What is the COMPOUND PRODUCT of this reaction?

$Al+\ Fe\left(NO_3\right)_2\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

90.

What is the ELEMENT PRODUCT of this reaction?

$Al+\ Fe\left(NO_3\right)_2\ \longrightarrow$

Write subscripts as normal scripts.

For example, write CO₂ as CO2

(a)

91.

What is the ELEMENT PRODUCT of this reaction?

$Zn\ +\ HNO_3\ \ \longrightarrow$

a)

H₂

b)

N₂

c)

O₂

d)

Zn

e)

O₃

92.

What is the COMPOUND PRODUCT of this reaction?

$Zn\ +\ HNO_3\ \ \longrightarrow$

a)

ZnH₂

b)

ZnHNO₃

c)

Zn(NO₃)₂

d)

ZnNO₂

e)

ZnO

93.

What is the ELEMENT PRODUCT of this reaction?

$Na\ +\ HNO_3\ \ \longrightarrow$

a)

H₂

b)

N₂

c)

O₂

d)

Zn

e)

O₃

94.

What is the COMPOUND PRODUCT of this reaction?

$Na\ +\ HNO_3\ \ \longrightarrow$

a)

NaH

b)

NaHNO₃

c)

NaNO₃

d)

Na₂NO₃

e)

NaNO

95.

What is the COMPOUND PRODUCT of this reaction?

$K\ +\ HNO_3\ \ \longrightarrow$

(a)

96.

What is the ELEMENT PRODUCT of this reaction?

$K\ +\ HNO_3\ \ \longrightarrow$

(a)

97.

What is the ELEMENT PRODUCT of this reaction?

$Mg\ +\ Al_2O_3\ \ \longrightarrow$

(a)

98.

What is the COMPOUND PRODUCT of this reaction?

$Mg\ +\ Al_2O_3\ \ \longrightarrow$

(a)

99.

What is the COMPOUND PRODUCT of this reaction?

$Li\ +\ Al_2O_3\ \ \longrightarrow$

(a)

100.

What do we look at to determine if an element is strong enough to replace another element in a single replacement reaction?

a)

Solubility Rules

b)

Ionic Charges

c)

It must be insoluble!

d)

Activity Series

101.

What are the products of this reaction: Fe + Na₂CO₃?

a)

Na₂ + Fe(CO₃)₂

b)

Na + CO₃Fe

c)

Na + Fe₂CO₃

d)

No Reaction

102.

What are the products of this single replacement reaction: Mg + CuSO₄

a)

Cu + MgSO₄

b)

Cu + Mg₂SO₄

c)

Cu + Mg(SO₄)₂

d)

No Reaction

103.

Will the following reaction take place?

Fe + H₂SO₄

a)

yes

b)

no

104.

What will be the products when Na reacts with H₂O? Do not worry about balancing this.

a)

Na₂O+ H₂

b)

NaH+ H₂O

c)

NaOH + H₂

d)

NaOH + O₂

105.

Based on the activity series, which metal could X represent in the reaction below?

X + Ca (NO₃)₂ --> Ca + X (NO₃)₂

a)

K

b)

Ba

c)

Mg

d)

Zn

106.

What will be the result of the following:

K + H₂CO₃ ->

a)

NR

b)

H + KCO₃

c)

KOH + H₂O

d)

H₂ + K₂CO₃

107.

A mixture contains cobalt metal, copper metal, and tin metal. This mixture is mixed with nickel nitrate. Which metals, if any, will react?

a)

Cobalt only

b)

Copper only

c)

Tin only

d)

All 3

HC07 Predicting Products - Single Replacement Reactions

Total questions: 107

Worksheet time: 2hrs 35mins

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