Chemical Reactions: An Introduction. Copyright Houghton Mifflin Company. All rights reserved. 4(a)2 Beakers with precipitates of lead(II) iodide and.

Chemical Reactions:An Introduction

Copyright © Houghton Mifflin Company. All rights reserved. 4(a)–2

Beakers with precipitates of lead(II) iodide and mercury(II) iodide.


Figure 4.1: Reaction of Potassium Iodide Solution


Figure 4.2: Motion of Ions in Solution


Figure 4.3: Testing Electrical Conductivity


Figure 4.3: Testing Electrical Conductivity (cont'd)


Figure 4.4: Comparing Strong and Weak Electrolytes


Figure 4.4: Comparing Strong and Weak Electrolytes (cont'd)


Figure 4.5: Limestone Formations


Figure 4.6: Molecular Model of Reaction of Magnesium Chloride


Ammonia Reaction


Equation With Molecular Models


Figure 4.7: Household Acids and Bases


Figure 4.8: Preparation of Red Cabbage Juice


Figure 4.8: Red Cabbage Juice Added to Beakers


Figure 4.9: Molecular Views Comparing Strong Acid and Weak Acid


Figure 4.10: Reaction of Carbonate With an Acid


Figure 4.11: Molecular Blow-out of Center Beaker Photo


Figure 4.12: Molecular Model of Burning of Calcium Metal in Oxygen


Figure 4.13: Burning of Calcium in Chlorine

Chemical Reactions: An Introduction. Copyright Houghton Mifflin Company. All rights reserved. 4(a)2 Beakers with precipitates of lead(II) iodide and.

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