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Stoichiometry with Reactions Practice Test
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Q1
Consider the reaction of baking soda and vinegar in an aqueous solution:
$NaHCO_{3hspace{1 mm}$(s)}+CH_3 $COOH_{(l)}$rightarrow $CO_{2hspace{1 mm}$(g)}+H_2O_${(l)}+Na^${+}${(aq)}$+CH$3COO^${-}$_{(aq)}$
If we begin with 17g of NaHCO_3 and excess CH_3COOH, what is the volume of the gas released?
Assume that all gases behave as ideal gases at atmospheric pressure. The temperature is 298K.
Consider the reaction of baking soda and vinegar in an aqueous solution:
$NaHCO_{3hspace{1 mm}$(s)}+CH_3 $COOH_{(l)}$rightarrow $CO_{2hspace{1 mm}$(g)}+H_2O_${(l)}+Na^${+}${(aq)}$+CH$3COO^${-}$_{(aq)}$
If we begin with 17g of NaHCO_3 and excess CH_3COOH, what is the volume of the gas released?
Assume that all gases behave as ideal gases at atmospheric pressure. The temperature is 298K.