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Chemical equations are written communications intended to describe chemical reactions happening before our eyes. What does the chemical equation for a synthesis reaction tell us is happening in the flask? ble What does the chemical equation for a decomposition reaction tell us is happening in the flask? Find and copy or write an example of a synthesis equation describing the formation of an ionic compound (a salt). d) For the product of this equation, write a chemical equation describing its decomposition. c) Choose an element that could react with your synthesis product to replace one of its ions. Explain how you chose this element and why you are certain it would react.

Chemical equations are written communications intended to describe chemical reactions happening before our eyes. What does the chemical equation for a synthesis reaction tell us is happening in the flask? ble What does the chemical equation for a decomposition reaction tell us is happening in the flask? Find and copy or write an example of a synthesis equation describing the formation of an ionic compound (a salt). d) For the product of this equation, write a chemical equation describing its decomposition. c) Choose an element that could react with your synthesis product to replace one of its ions. Explain how you chose this element and why you are certain it would react.

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
Chapter8: Chemical Reactions
Section: Chapter Questions
Problem 5ECE
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Part C hint: come up with an example of a synthesis equation for an ionic compound. 

Part D hint: write a chemical equation describing its decomposition. There’s a connection between parts c and d.


E hint: choose another element that could react with your synthesis product. For example, iron could react with magnesium oxide to do the replacement.

Chemical equations are written communications intended to describe chemical reactions happening before our eyes. a). What does the chemical equation for a synthesis reaction tell us is happening in the flask? b) What does the chemical equation for a decomposition reaction tell us is happening in the flask? Find and copy or write an example of a synthesis equation describing the formation of an ionic compound (a salt). d) For the product of this equation, write a chemical equation describing its decomposition. e) Choose an element that could react with your synthesis product to replace one of its ions. f) Explain how you chose this element and why you are certain it would react.
Transcribed Image Text:Chemical equations are written communications intended to describe chemical reactions happening before our eyes. a). What does the chemical equation for a synthesis reaction tell us is happening in the flask? b) What does the chemical equation for a decomposition reaction tell us is happening in the flask? Find and copy or write an example of a synthesis equation describing the formation of an ionic compound (a salt). d) For the product of this equation, write a chemical equation describing its decomposition. e) Choose an element that could react with your synthesis product to replace one of its ions. f) Explain how you chose this element and why you are certain it would react.
Part C: Synthesis reaction involves the formation of a single product from a combination of two or more products. Ionic compounds or salt like sodium chloride can be prepared using the synthesis equation. Sodium metal in reaction with chlorine, produces sodium chloride, an ionic compound. 2 Na+C12 --> 2 NaCl.
Transcribed Image Text:Part C: Synthesis reaction involves the formation of a single product from a combination of two or more products. Ionic compounds or salt like sodium chloride can be prepared using the synthesis equation. Sodium metal in reaction with chlorine, produces sodium chloride, an ionic compound. 2 Na+C12 --> 2 NaCl.
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A chemical reaction involves the reaction between two or more reactant molecules to form product(s). A reaction is classified into different categories depending on the reactants and products involved.

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