Consider the reaction: 2 NaBH₂(aq) + H₂SO4(aq) → 2 H₂(g) + Na₂SO4(aq) + B₂H6(E) What volume, in mL, of a 0.504 M solution of NaBH4 is required to produce 0.508 g of B₂H6? H₂SO4 is present in excess. Submit mL Check Show Approach Hide Tutor Steps TUTOR STEP The desired mass of the product. B₂H6, is 0.508 g. What is this amount of B₂H, in units of moles? mol B₂H6 Next> (1 of 3) Approach

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TUTOR Solution Stoichiometry: Volume or Mass
Consider the reaction:
2 NaBH₂(aq) + H₂SO4(aq) → 2 H₂(g) + Na₂SO4(aq) + B₂H6(E)
What volume, in mL, of a 0.504 M solution of NaBH4 is required produce 0.508 g of B₂H6? H₂SO4 is present in excess.
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TUTOR STEP
Check
mL
The desired mass of the product. B₂H, is 0.508 g. What is this amount of B₂H6, in units of moles?
mol B₂H6
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Approach
desired mass (g)
of product
Step 1
desired amount
(mol) of product
Step 2
→
required
amount (mol) of
reactant
Step 3
required
volume (mL) of
reactant
solution
Step 1
Calculate the desired amount (mol) of product from the desired mass (g) using the molar mass (g/mol) of the product.
Xx
Step 2
Calculate the amount (mol) of the reactant required to form the desired amount of product based on the stoichiometry of the reaction.
Step 3
Calculate the volume of solution needed from the amount (mol) of reactant needed, using the solution molarity (mol/L).
Transcribed Image Text:TUTOR Solution Stoichiometry: Volume or Mass Consider the reaction: 2 NaBH₂(aq) + H₂SO4(aq) → 2 H₂(g) + Na₂SO4(aq) + B₂H6(E) What volume, in mL, of a 0.504 M solution of NaBH4 is required produce 0.508 g of B₂H6? H₂SO4 is present in excess. Submit TUTOR STEP Check mL The desired mass of the product. B₂H, is 0.508 g. What is this amount of B₂H6, in units of moles? mol B₂H6 Submit Answer Show Approach Hide Tutor Steps Next (1 of 3) Try Another Version 10 item attempts remaining Approach desired mass (g) of product Step 1 desired amount (mol) of product Step 2 → required amount (mol) of reactant Step 3 required volume (mL) of reactant solution Step 1 Calculate the desired amount (mol) of product from the desired mass (g) using the molar mass (g/mol) of the product. Xx Step 2 Calculate the amount (mol) of the reactant required to form the desired amount of product based on the stoichiometry of the reaction. Step 3 Calculate the volume of solution needed from the amount (mol) of reactant needed, using the solution molarity (mol/L).
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