Answer and show your solution 1. Using this chemical equation.3Na + AICla3NaCl + AIf 16 g Na and 8 g AICls are allowed to react, finda. the limiting reactantb. the excess reactantc. the grams of Al are formed in the chemical reaction.2. Write the balanced chemical equation, when magnesium is reacted with silver nitrateforming magnesium nitrate and silver.a. If 18 g of magnesium reacts with 33 g of silver nitrate, determine the lHmiting reactant.b. Find the excess reactant in the given reaction.c. How much silver can be formed from the above chemical reaction?

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1. Using this chemical equation. 3Na + AICI3 3NaCl + Al If 16 g Na and 8 g AICI3 are allowed to react, find a. the limiting reactant b. the excess reactant c. the grams of Al are formed in the chemical reaction.

1. Using this chemical equation. 3Na + AICI3 3NaCl + Al If 16 g Na and 8 g AICI3 are allowed to react, find a. the limiting reactant b. the excess reactant c. the grams of Al are formed in the chemical reaction.

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter4: Stoichiometry

Section: Chapter Questions

Problem 4.9PAE: 4.9 Sulfur, S8, combines with oxygen at elevated temperatures to form sulfur dioxide. (a) Write a...

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Question

Answer and show your solution

1. Using this chemical equation.
3Na + AICla
3NaCl + A
If 16 g Na and 8 g AICls are allowed to react, find
a. the limiting reactant
b. the excess reactant
c. the grams of Al are formed in the chemical reaction.
2. Write the balanced chemical equation, when magnesium is reacted with silver nitrate
forming magnesium nitrate and silver.
a. If 18 g of magnesium reacts with 33 g of silver nitrate, determine the lHmiting reactant.
b. Find the excess reactant in the given reaction.
c. How much silver can be formed from the above chemical reaction?

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