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19 Nov 2019
How can I solve 23 and 24?
According to the unbalanced chemical equation below, when 13.5 moles of phosphorus react with 40.0 moles of chlorine, what is the limiting reactant and how much excess reactant is left? P_4 + Cl_2 rightarrow PCl_5 A) Cl_2 is the limiting reactant and 4.0 moles of P4 are left over. B) Cl_2 is the limiting reactant and 9.5 moles of P_4 are left over. C) P_4 is the limiting reactant and 0.0 moles of Cl_2 are left over. D) P_4 is the limiting reactant and 3.5 moles of Cl_2 are left over. Borax decahydrate reacts with hydrochloric acid to produce boric acid, sodium chloride and water according to the balanced chemical equation below. When 126.3 g of Na_2B_4O_7 middot 10 H_2O reacts with 43.8 g of HCl, how much H_3BO_3 forms? A) 81.9 g B) 74.3 g
How can I solve 23 and 24?
According to the unbalanced chemical equation below, when 13.5 moles of phosphorus react with 40.0 moles of chlorine, what is the limiting reactant and how much excess reactant is left? P_4 + Cl_2 rightarrow PCl_5 A) Cl_2 is the limiting reactant and 4.0 moles of P4 are left over. B) Cl_2 is the limiting reactant and 9.5 moles of P_4 are left over. C) P_4 is the limiting reactant and 0.0 moles of Cl_2 are left over. D) P_4 is the limiting reactant and 3.5 moles of Cl_2 are left over. Borax decahydrate reacts with hydrochloric acid to produce boric acid, sodium chloride and water according to the balanced chemical equation below. When 126.3 g of Na_2B_4O_7 middot 10 H_2O reacts with 43.8 g of HCl, how much H_3BO_3 forms? A) 81.9 g B) 74.3 g
2 Jun 2023
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Collen VonLv2
23 Feb 2019
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