Consider the reaction between TiO2 and C: TiO2(s) + 2 C(s)-----> Ti(s) + 2 CO( g)A reaction vessel initially contains 10.0 g of each of the reactants.Calculate the masses of TiO2, C, Ti, and CO that willbe in the reaction vessel after the reactants have reacted asmuch as possible. Assume 100% yield. Hint: The limitingreactant is completely consumed, but the reactant in excessis not. Use the amount of limiting reactant to determine theamount of products that form and the amount of the reactantin excess that remains after complete reaction.
Consider the reaction between TiO2 and C: TiO2(s) + 2 C(s)-----> Ti(s) + 2 CO( g)A reaction vessel initially contains 10.0 g of each of the reactants.Calculate the masses of TiO2, C, Ti, and CO that willbe in the reaction vessel after the reactants have reacted asmuch as possible. Assume 100% yield. Hint: The limitingreactant is completely consumed, but the reactant in excessis not. Use the amount of limiting reactant to determine theamount of products that form and the amount of the reactantin excess that remains after complete reaction.
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Consider the reaction between TiO2 and C:
TiO2(s) + 2 C(s)-----> Ti(s) + 2 CO( g)
A reaction vessel initially contains 10.0 g of each of the reactants.
Calculate the masses of TiO2, C, Ti, and CO that will
be in the reaction vessel after the reactants have reacted as
much as possible. Assume 100% yield. Hint: The limiting
reactant is completely consumed, but the reactant in excess
is not. Use the amount of limiting reactant to determine the
amount of products that form and the amount of the reactant
in excess that remains after complete reaction.
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