The imaginary element A has molar mass of 31.0 g/mol and the imaginary element X has molar mass of 42.0 g/mol. First, balance the chemical equation below. Then, using the appropriate coefficient ratio, find how many grams of AX3 must decompose to form 55.5 grams of X₂. AX3 ->> A₂ + _X₂

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Chapter9: Chemical Quantities
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The imaginary element A has molar mass of 31.0 g/mol and the
imaginary element X has molar mass of 42.0 g/mol. First, balance
the chemical equation below. Then, using the appropriate
coefficient ratio, find how many grams of AX3 must decompose to
form 55.5 grams of X₂.
_AX3
→
A₂ +
_X₂
(Just enter the number (do not type the grams units with your
answer).
Transcribed Image Text:The imaginary element A has molar mass of 31.0 g/mol and the imaginary element X has molar mass of 42.0 g/mol. First, balance the chemical equation below. Then, using the appropriate coefficient ratio, find how many grams of AX3 must decompose to form 55.5 grams of X₂. _AX3 → A₂ + _X₂ (Just enter the number (do not type the grams units with your answer).
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