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2. NaOH(aq) NiChi(4) Complete ionic votion 3. NaltCO (s) + HCl(aq) Molecular equation onic equation Net ionic equation Type of reaction 5. Ca(a) + MCH(+4) Moleculer ton Net an equation

2. NaOH(aq) NiChi(4) Complete ionic votion 3. NaltCO (s) + HCl(aq) Molecular equation onic equation Net ionic equation Type of reaction 5. Ca(a) + MCH(+4) Moleculer ton Net an equation

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter10: Quantity Relationships In Chemical Reactions
Section: Chapter Questions
Problem 44E: The flasks below illustrated three trials of a reaction between varying amounts of zinc and a...
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2. NaOH(a) NiCl(aq) Molecular equation Complete ionic equation Net ionic equation Type of reaction 3. NaltCO (s) HCl(aq) Molecular equation Complete ionic equation: Net ionic equation Type of reaction 4.HC) M Compon At one e Tide of con 5. Cuts) + HCl(aq)! Molecular quation Complete ionic equation Net ionic equation Type of reaction
Transcribed Image Text:2. NaOH(a) NiCl(aq) Molecular equation Complete ionic equation Net ionic equation Type of reaction 3. NaltCO (s) HCl(aq) Molecular equation Complete ionic equation: Net ionic equation Type of reaction 4.HC) M Compon At one e Tide of con 5. Cuts) + HCl(aq)! Molecular quation Complete ionic equation Net ionic equation Type of reaction
PART 2: DATA ANALYSIS 1. In the spaces provided below, write molecular, complete lonic and net lonic equations for all tests that resulted in a reaction. If there was no reaction, state "no reaction". 2. Under each molecular equation, give the observation that describes each reactant and product individually (see example). 3. Give the type of reaction: formation of a precipitate, formation of a gas, acid-base reaction forming a weak electrolyte, acid-base reaction forming a gas or redox. Example. Pb(NO3)2(aq) + Nal(aq) Molecular equation: Pb(NO₂)2(aq) + 2 Nal(aq) clear, colourless solution clear, colourless solution 1 1. AgNO3(aq) + HCl(aq) Molecular equation: AgNO3(aq) + Hel (aq) Net ionic equation: Type of reaction: Pbl(s) + yellow solid Complete ionic equation: Pb²+ (aq) +2 NO: (aq) + 2 Na (aq) + 2 1 (aq) → Pbl(s) + 2 Na (aq) + 2 NO: (aq) Net ionic equation: Pb (aq) +2 1'(aq) + Pbla(s) Type of reaction: formation of a precipitate 2 NaNO,(aq) clear, colourless solution → HNO3 (99) + Agel (s) Complete ionic equation: Ag+ + NO3 + H² +ce → H² + N03² + Agol Ag+ +ce Predicting Reaction Products Page 9. Aug 18, 2021 by S
Transcribed Image Text:PART 2: DATA ANALYSIS 1. In the spaces provided below, write molecular, complete lonic and net lonic equations for all tests that resulted in a reaction. If there was no reaction, state "no reaction". 2. Under each molecular equation, give the observation that describes each reactant and product individually (see example). 3. Give the type of reaction: formation of a precipitate, formation of a gas, acid-base reaction forming a weak electrolyte, acid-base reaction forming a gas or redox. Example. Pb(NO3)2(aq) + Nal(aq) Molecular equation: Pb(NO₂)2(aq) + 2 Nal(aq) clear, colourless solution clear, colourless solution 1 1. AgNO3(aq) + HCl(aq) Molecular equation: AgNO3(aq) + Hel (aq) Net ionic equation: Type of reaction: Pbl(s) + yellow solid Complete ionic equation: Pb²+ (aq) +2 NO: (aq) + 2 Na (aq) + 2 1 (aq) → Pbl(s) + 2 Na (aq) + 2 NO: (aq) Net ionic equation: Pb (aq) +2 1'(aq) + Pbla(s) Type of reaction: formation of a precipitate 2 NaNO,(aq) clear, colourless solution → HNO3 (99) + Agel (s) Complete ionic equation: Ag+ + NO3 + H² +ce → H² + N03² + Agol Ag+ +ce Predicting Reaction Products Page 9. Aug 18, 2021 by S
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