Calculate the volume in milliliters of 3.00 mol/L H₂SO4 required to react with 9.27 g of solid containing 32.2 g Ba(NO3)2 per 100 g of solid. Given the balanced chemical reactions. H₂SO4→ 2H+ + SO42- Ba(NO3)2(s) → Ba²+ + 2(NO3-) Ba²+ + SO4²- →Ba(SO4)(s)

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 Calculate the volume in milliliters of 3.00 mol/L H₂SO4 required to react with 9.27 g of solid containing 32.2 g Ba(NO3)2 per 100 g of solid. Given the balanced chemical reactions.

H₂SO4→ 2H+ + SO42-

Ba(NO3)2(s) → Ba²+ + 2(NO3-)

Ba²+ + SO4²- →Ba(SO4)(s)

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Could you please explain the stoichiometric ratios involved more in depth/ show a step by step process with more detail and how you got the final answer? I plugged in 0.011x3mol and I got 3.6. Also I don't understand the notation next to the final answer. 

 

Thanks. 

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Follow-up Question

Could you please explain the stoichiometric ratios involved more in depth/ show a step by step process with more detail and how you got the final answer? I plugged in 0.011x3mol and I got 3.6. Also I don't understand the notation next to the final answer. 

 

Thanks.

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