Presentation is loading. Please wait.

Presentation is loading. Please wait.

AgNO 3 (aq) + NaCl(aq) AgCl(s) + NaNO 3 (aq) What happens when you put AgNO 3 and NaCl in water?

Published byMatilda Day Modified over 9 years ago

Similar presentations

Presentation on theme: "AgNO 3 (aq) + NaCl(aq) AgCl(s) + NaNO 3 (aq) What happens when you put AgNO 3 and NaCl in water?"— Presentation transcript:

1 AgNO 3 (aq) + NaCl(aq) AgCl(s) + NaNO 3 (aq) What happens when you put AgNO 3 and NaCl in water?

2 AgNO 3 NaCl

3 AgNO 3 NaCl

4 AgNO 3 NaCl

5 AgNO 3 NaCl

6 AgNO 3 NaCl

7 AgNO 3 NaCl

8 AgNO 3 NaCl

9 Ag NO 3 Na Cl

10 Ag + NO 3 - Na + Cl -

11 Ag + NO 3 - Na + Cl -

12 Ag + NO 3 - Na + Cl -

13 Ag + NO 3 - Na + Cl -

14 Ag + NO 3 - Na + Cl -

15 Ag + NO 3 - Na + Cl -

16 Ag + NO 3 - Na + Cl -

17 Ag + NO 3 - Na + Cl -

18 Ag + NO 3 - Na + Cl -

19 Ag + NO 3 - Na + Cl -

20 Ag + NO 3 - Na + Cl -

21 Ag + NO 3 - Na + Cl -

22 Ag + NO 3 - Na + Cl -

23 AgCl NO 3 - Na +

24 AgCl NO 3 - Na +

25 AgCl NO 3 - Na +

26 AgCl NO 3 - Na + AgCl(s) precipitate

27 AgCl NO 3 - Na + AgCl(s) precipitate

28 AgCl NO 3 - Na +

29 AgCl NO 3 - Na +

30 AgCl NO 3 - Na +

31 AgCl NO 3 - Na +

32 AgCl NO 3 - Na +

33 AgCl NO 3 - Na +

34 AgCl NO 3 - Na +

35 AgCl NO 3 - Na +

36 AgCl NO 3 - Na +

37 AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaClAgNO 3 NaCl AgNO 3 NaCl

38 AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaClAgNO 3 NaCl AgNO 3 NaCl

39 AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaClAgNO 3 NaCl AgNO 3 NaCl

40 Ag + NO 3 - Na + Cl - AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl AgNO 3 NaCl

41 Ag + NO 3 - Na + Cl - NaCl AgNO 3 NaCl AgNO 3 NaClAgNO 3 Ag + NO 3 - Na + Cl - Ag + NO 3 - Na + Cl - AgCl

42 Ag + NO 3 - Na + Cl - Ag + NO 3 - Na + Cl - Ag + NO 3 - Na + Cl - Ag + NO 3 - Na + Cl - Ag + NO 3 - Na + Cl - Ag + NO 3 - Na + Cl - Ag + AgCl Ag + Cl - Ag +

43 NO 3 - Na + Cl - NO 3 - Na + Ag + NO 3 - Na + Ag + NO 3 - Na + Cl - Na + NO 3 - Na + Cl - Ag + NO 3 - Na + NO 3 - Na + Cl - NO 3 - Na + AgCl Ag + Cl - Ag + Cl - Ag + Cl - Ag +

44 NO 3 - Na + NO 3 - Na + Ag + NO 3 - Na + Ag + NO 3 - Na + Cl - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + Cl - NO 3 - Na + Ag + Cl - Ag + Cl -

45 NO 3 - Na + NO 3 - Na + Ag + NO 3 - Na + Ag + NO 3 - Na + Cl - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + Cl - NO 3 - Na +

46 NO 3 - Na + NO 3 - Na + Ag + NO 3 - Na + Ag + NO 3 - Na + Cl - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + Cl - NO 3 - Na +

47 NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na +

48 NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + AgCl(s)

49 NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + AgCl(s)

50 NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + NO 3 - Na + AgCl(s)

51 AgNO 3 (aq) + NaCl(aq) AgCl(s) + NaNO 3 (aq) ionic equation

52 AgNO 3 NaCl

53 Ag NO 3 Na Cl

54 Ag + NO 3 - Na + Cl -

55 Ag + NO 3 - Na + Cl -

56 Ag + NO 3 - Na + Cl -

57 Ag + NO 3 - Na + Cl -

58 Ag + NO 3 - Na + Cl -

59 Ag + NO 3 - Na + Cl -

60 Ag + NO 3 - Na + Cl -

61 Ag + NO 3 - Na + Cl -

62 Ag + NO 3 - Na + Cl -

63 Ag + NO 3 - Na + Cl -

64 Ag + NO 3 - Na + Cl -

65 Ag + NO 3 - Na + Cl -

66 Ag + Cl - NO 3 - Na + Reaction

67 NO 3 - Na + AgCl Reaction

68 NO 3 - Na + AgCl

69 NO 3 - Na + No Reaction

70 AgCl NO 3 - Na + No Reaction

71 AgCl NO 3 - Na + No Reaction

72 AgCl NO 3 - Na +

73 AgCl NO 3 - Na +

74 AgCl NO 3 - Na +

75 AgCl NO 3 - Na +

76 AgCl NO 3 - Na +

77 AgCl NO 3 - Na + These ions do not participate in the reaction. They are called SPECTATOR IONS

78 Ag + Cl -

79 Ag + Cl -

80 Ag + Cl -

81 Ag + Cl -

82 Ag + Cl -

83 Ag + Cl -

84 Ag + Cl -

85 Ag + Cl -

86 AgCl

87

88

89

90

91

92

93 The net ionic equation is constructed from the ionic equation:

94

95

96

97

98 No 3 - and Na + are not participating in the reaction

99 net ionic equation Ag + ( aq ) + Cl - ( aq )

100 net ionic equation Ag + ( aq ) + Cl - ( aq ) Ag + and Cl - are reacting to form

101 net ionic equation Ag + ( aq ) + Cl - ( aq ) Ag + and Cl - are reacting to form

102 net ionic equation

103

Download ppt "AgNO 3 (aq) + NaCl(aq) AgCl(s) + NaNO 3 (aq) What happens when you put AgNO 3 and NaCl in water?"

Similar presentations

Reactions in Aqueous Solutions

Reactions in Aqueous Solutions
Reactions in Aqueous Solutions

Reactions in Aqueous Solutions
What happens when you put

What happens when you put
Non-redox Reactions/ Double Replacement Reactions

Non-redox Reactions/ Double Replacement Reactions
The main tasks of Chap 8 Sect 1 - Writing reactions from word problems – challenging Sect 2 - Balance Equations—easiest Sect 3 - Classify Equations, Complete.

The main tasks of Chap 8 Sect 1 - Writing reactions from word problems – challenging Sect 2 - Balance Equations—easiest Sect 3 - Classify Equations, Complete.
Chapter 8 Chemical reactions

Chapter 8 Chemical reactions
Writing Equations for Reactions in Solution Nia Gilliam 5/6 periods Chem. II, 3 rd tutorial.

Writing Equations for Reactions in Solution Nia Gilliam 5/6 periods Chem. II, 3 rd tutorial.
Objective:  write a formula equation, complete ionic equation, and net ionic equation that represent a reaction.

Objective:  write a formula equation, complete ionic equation, and net ionic equation that represent a reaction.
Net Ionic Equations An Application of Double Replacement Reactions.

Net Ionic Equations An Application of Double Replacement Reactions.
Net Ionic Equations mixing ionic compounds. Ionic interactions When you dissolve 2 or more ionic compounds in water some parts of it may react together.

Net Ionic Equations mixing ionic compounds. Ionic interactions When you dissolve 2 or more ionic compounds in water some parts of it may react together.
Spontaneous Decompositions n H 2 CO 3 (aq) -> H 2 0 (l) + CO 2 (g) n NH 4 OH (aq) -> H 2 O (l) + NH 3.

Spontaneous Decompositions n H 2 CO 3 (aq) -> H 2 0 (l) + CO 2 (g) n NH 4 OH (aq) -> H 2 O (l) + NH 3.
 The ability to dissolve or break down into its component ions in a liquid  Example:  NaCl is soluble  Completely dissolves in water  AgCl is insoluble.

 The ability to dissolve or break down into its component ions in a liquid  Example:  NaCl is soluble  Completely dissolves in water  AgCl is insoluble.
Unit 2 - Chemical Reactions. Double displacement occurs between ions in aqueous solution. A reaction will occur when a pair of ions come together to produce.

Unit 2 - Chemical Reactions. Double displacement occurs between ions in aqueous solution. A reaction will occur when a pair of ions come together to produce.
Reactions in Aqueous Solutions

Reactions in Aqueous Solutions
Precipitates and Solubility

Precipitates and Solubility
Net Ionic Equations Review Grade lab reports Notes on Net ionic equations Guided Practice Homework.

Net Ionic Equations Review Grade lab reports Notes on Net ionic equations Guided Practice Homework.
Net Ionic Equations Review Grade lab reports Notes on Net ionic equations Guided Practice Homework.

Net Ionic Equations Review Grade lab reports Notes on Net ionic equations Guided Practice Homework.
 DO NOW:  1. Watch the following video  2. Write your observations  3. Predict the products of AgNO 3 and NaCl.

 DO NOW:  1. Watch the following video  2. Write your observations  3. Predict the products of AgNO 3 and NaCl.
Objective:  write a formula equation, complete ionic equation, and net ionic equation that represent a reaction.

Objective:  write a formula equation, complete ionic equation, and net ionic equation that represent a reaction.
How to Write NET IONIC EQUATIONS. Aqueous Reactions Many chemical reactions occur in water, i.e. in solution Two things we must consider –Solubility of.

How to Write NET IONIC EQUATIONS. Aqueous Reactions Many chemical reactions occur in water, i.e. in solution Two things we must consider –Solubility of.

Similar presentations

Ads by Google