Use the Table of Cations and Anions to create some lonic compounds of your own (formula and name). DO NOT USE IONS OTHER THAN THE ONES IN THE TABLE PROVIDED. In total you will create 8 lonic compounds. You cannot use an ion/symbolmore than twice. You will write the name and the formula in each box 1 compound made of monatomic ions with a single charge 1 compound with at least one polyatomic ion in each compound 1 compound with at least one transition metal that has multiple charges (you pick which charge to use) Transition metal compounds 3. Monatomic ion compounds Polyatomic ion compounds 1. 2. Example: Magnesium chloride MgCl

Use the Table of Cations and Anions to create some lonic compounds of your own (formula and name). DO NOT USE IONS OTHER THAN THE ONES IN THE TABLE PROVIDED. In total you will create 8 lonic compounds. You cannot use an ion/symbolmore than twice. You will write the name and the formula in each box 1 compound made of monatomic ions with a single charge 1 compound with at least one polyatomic ion in each compound 1 compound with at least one transition metal that has multiple charges (you pick which charge to use) Transition metal compounds 3. Monatomic ion compounds Polyatomic ion compounds 1. 2. Example: Magnesium chloride MgCl

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter5: Nomenclature

Section: Chapter Questions

Problem 16CR

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Similar questions

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In some cases the Roman numeral in a name is the same as a subscript in the formula, and in some cases it is not. Provide an example (formula and name) for each of these cases. Explain why the Roman numeral is not necessarily the same as the subscript.