1. Na + Clz -NaCl *Circle each reactant and box each product in the equation. # of Is the Reactant element Product element # of atoms Does the atoms of name(s) of each equation meet the Law of Conservation of Mass? equation balanced? name(s) each element element

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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9.
Chemical Equations: Parts of a Reaction
For each of the following equations, (1) identify the reactants and products, and then (2) determine
the number and kinds of atoms of each element in both reactants and products. (3) Determine if
the equation is balanced or unbalanced and if it meets the requirements for the law of
conservation of mass. Use the Periodic Table for the name of the element represented by the
symbol in the equation.
1. Na + Clz - NaCl *Circle each reactant and box each product in the equation.
Reactant
element
name(s)
# of
atoms of
each
element
Product element
name(s)
Is the
equation
balanced?
# of atoms
of each
Does the
equation meet
the Law of
Conservation of
element
Mass?
2. NaH.CI + NaCI - NaClNH
Transcribed Image Text:9. Chemical Equations: Parts of a Reaction For each of the following equations, (1) identify the reactants and products, and then (2) determine the number and kinds of atoms of each element in both reactants and products. (3) Determine if the equation is balanced or unbalanced and if it meets the requirements for the law of conservation of mass. Use the Periodic Table for the name of the element represented by the symbol in the equation. 1. Na + Clz - NaCl *Circle each reactant and box each product in the equation. Reactant element name(s) # of atoms of each element Product element name(s) Is the equation balanced? # of atoms of each Does the equation meet the Law of Conservation of element Mass? 2. NaH.CI + NaCI - NaClNH
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