Stoichiometry Performance Assessment Name Modified Version Beaker Funnel Filter Paper Sale Graduated Cylinder Stirring Rod H.0 Aluminum foil (Al) CuCl: An experiment is to be performed to produce 1.7g of copper using aluminum foil and copper (I) chloride as reactants. The equipment shown above is available for the experiment. 2) Balance the equation for the reaction below. Al +_CuCl; →AICI, +_ . Cu b) In the space provided, indicate the order of the procedures to complete the experiment. Rinse the copper precipitate with water. _Use graduated cylinder to measure 100mL of CuCI. After the reaction occurs, pour the products into funnel and filter paper to filter out solid copper. Use the digital scale to determine mass of filter paper. _Weigh aluminum using digital scale. Calculate the number of grams of aluminum needed to produce 1.7 grams of Cu. Use scale to determine the mass of the copper and the filter paper. Subtract mass of filter paper to find total mass of copper produced. Use stirring rod to stir aluminum and CuCl; until all of the aluminum reacts. Add aluminum to CuCl; solution.
Stoichiometry Performance Assessment Name Modified Version Beaker Funnel Filter Paper Sale Graduated Cylinder Stirring Rod H.0 Aluminum foil (Al) CuCl: An experiment is to be performed to produce 1.7g of copper using aluminum foil and copper (I) chloride as reactants. The equipment shown above is available for the experiment. 2) Balance the equation for the reaction below. Al +_CuCl; →AICI, +_ . Cu b) In the space provided, indicate the order of the procedures to complete the experiment. Rinse the copper precipitate with water. _Use graduated cylinder to measure 100mL of CuCI. After the reaction occurs, pour the products into funnel and filter paper to filter out solid copper. Use the digital scale to determine mass of filter paper. _Weigh aluminum using digital scale. Calculate the number of grams of aluminum needed to produce 1.7 grams of Cu. Use scale to determine the mass of the copper and the filter paper. Subtract mass of filter paper to find total mass of copper produced. Use stirring rod to stir aluminum and CuCl; until all of the aluminum reacts. Add aluminum to CuCl; solution.
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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An experiment is to be performed to produce 1.7g of copper using aluminum foil and copper (II) chloride as reactants.
Transcribed Image Text:Stoichiometry Performance Assessment
Name
Modified Version.
Beaker
Funnel
Filter Paper
Scale
Graduated Cylinder
Stirring Rod
H:O
Aluminum foil (Al) CuCl:
An experiment is to be performed to produce 1.7g of copper using aluminum foil and copper (II)
chloride as reactants. The equipment shown above is available for the experiment.
a) Balance the equation for the reaction below.
Al +_CuCl, >
AICl, +,
Cu
b) In the space provided, indicate the order of the procedures to complete the experiment.
Rinse the copper precipitate with wvater.
Use graduated cylinder to measure 100mL of CuCla.
After the reaction occurs, pour the products into funnel and filter paper to filter
out solid copper.
Use the digital scale to determine mass of filter paper.
Weigh aluminum using digital scale.
Caleulate the number of grams of aluminum needed to produce 1.7 grams of Cu.
Use scale to determine the mass of the copper and the filter paper. Subtract mass
of filter paper to find total mass of copper produced.
Use stirring rod to stir aluminum and CuCl, until all of the aluminum reacts.
Add aluminum to CuCl, solution.
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