Stoichiometry 1. There are 600L of oxygen gas and 900L of hydrogen gas at STP. They combine to create water. a. What is the balanced equation? b. How many moles of oxygen are present? c. How many moles of hydrogen are present? d. What is the mole ration of oxygen to water? e. What is the mole ration of hydrogen to water? f. What is the limiting reagent? g. So, how many moles of water can be made? h. How many grams of water are made?
Stoichiometry 1. There are 600L of oxygen gas and 900L of hydrogen gas at STP. They combine to create water. a. What is the balanced equation? b. How many moles of oxygen are present? c. How many moles of hydrogen are present? d. What is the mole ration of oxygen to water? e. What is the mole ration of hydrogen to water? f. What is the limiting reagent? g. So, how many moles of water can be made? h. How many grams of water are made?
Introductory Chemistry: A Foundation
8th Edition
ISBN:9781285199030
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter13: Gases
Section: Chapter Questions
Problem 114AP
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Stoichiometry WORKSHEET #3
Stoichiometry
1. There are 600L of oxygen gas and 900L of hydrogen gas at STP. They combine to create
water.
a. What is the balanced equation?
b. How many moles of oxygen are present?
c. How many moles of hydrogen are present?
d. What is the mole ration of oxygen to water?
e. What is the mole ration of hydrogen to water?
f. What is the limiting reagent?
g. So, how many moles of water can be made?
h. How many grams of water are made?
2. How many grams of lead (II) chromate are made if you have 3,000g of lead (II) nitrate
reacting with potassium chromate (K2CrO4). (It is a double replacement reaction.)
a. Write the balance equation:
b. How many moles of led (ii) nitrate are present?
What is the mole ratio of lead (ii) nitrate to lead (ii) chromate?
C.
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