A student places 1.520 grams of copper wire along with excess sulfur into a crucible (and cover), which weighs 18.030 g empty. The contents are heated mildly for five minutes to allow all the copper to react. The contents are then heated to glowing red heat for another five minutes to remove excess sulfur. The crucible and contents are cooled to room temperature. Calculate the mass of product formed in the reaction. Molar Mass Cu: 63.55 g/mole Molar Mass S: 32.10 g/mole
A student places 1.520 grams of copper wire along with excess sulfur into a crucible (and cover), which weighs 18.030 g empty. The contents are heated mildly for five minutes to allow all the copper to react. The contents are then heated to glowing red heat for another five minutes to remove excess sulfur. The crucible and contents are cooled to room temperature. Calculate the mass of product formed in the reaction. Molar Mass Cu: 63.55 g/mole Molar Mass S: 32.10 g/mole
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter6: Chemical Reactions: An Introduction
Section: Chapter Questions
Problem 53AP: When steel wool (iron) is heated in pure oxygen gas, the steel wool bursts into flame and a fine...
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A student places 1.520 grams of copper wire along with excess sulfur into a crucible (and cover), which weighs 18.030 g empty. The contents are heated mildly for five minutes to allow all the copper to react. The contents are then heated to glowing red heat for another five minutes to remove excess sulfur. The crucible and contents are cooled to room temperature.
Calculate the mass of product formed in the reaction.
Molar Mass Cu: 63.55 g/mole
Molar Mass S: 32.10 g/mole
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