Carbon can react with hydrogen to form several different compounds. Two compounds that contain only carbon and hydrogen are methane and ethylene. Select the statement that is an example of the law of multiple proportions. Two different samples of methane have the same ratio of carbon to hydrogen. Two different samples of ethylene have the same ratio of carbon to hydrogen. The mass ratio of carbon to hydrogen in methane is 3: 1. The mass ratio of carbon to hydrogen in ethylene is 6: 1. When carbon and hydrogen react to form ethylene, the mass of ethylene formed is equal to the mass of carbon and hydrogen that reacted. When carbon and hydrogen react to form methane, the mass of methane formed is equal to the mass of carbon and hydrogen that reacted.
Carbon can react with hydrogen to form several different compounds. Two compounds that contain only carbon and hydrogen are methane and ethylene. Select the statement that is an example of the law of multiple proportions. Two different samples of methane have the same ratio of carbon to hydrogen. Two different samples of ethylene have the same ratio of carbon to hydrogen. The mass ratio of carbon to hydrogen in methane is 3: 1. The mass ratio of carbon to hydrogen in ethylene is 6: 1. When carbon and hydrogen react to form ethylene, the mass of ethylene formed is equal to the mass of carbon and hydrogen that reacted. When carbon and hydrogen react to form methane, the mass of methane formed is equal to the mass of carbon and hydrogen that reacted.
Chapter1: Molecular Reasons
Section: Chapter Questions
Problem 38E: Several samples of methane gas, the primary component of natural gas, are decomposed into carbon and...
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Carbon can react with hydrogen to form several different compounds. Two compounds that contain only carbon and
hydrogen are methane and ethylene.
Select the statement that is an example of the law of multiple proportions.
O Two different samples of methane have the same ratio of carbon to hydrogen. Two different samples of ethylene have
the same ratio of carbon to hydrogen.
O The mass ratio of carbon to hydrogen in methane is 3 : 1. The mass ratio of carbon to hydrogen in ethylene is 6 : 1.
O When carbon and hydrogen react to form ethylene, the mass of ethylene formed is equal to the mass of carbon and
hydrogen that reacted. When carbon and hydrogen react to form methane, the mass of methane formed is equal to the
mass of carbon and hydrogen that reacted.
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