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When 2.00 g of sodium sulfide and 1.55 g of copper(II) sulfate in different solutions combine to react, 0.45 g of precipitate is collected. * The text box will not allow you to use subscript. If you want to type the chemical formula for iron(II) sylfate, Fe2(SO4)3, it will need to be typed as Fe2(SO4)3. Remember that the symbol for iron, Fe, is not "fe" or "FE." Do not include the state of matter for each formula. • What is the chemical formula* for the product, also known as the precipitate? Remember that spectator ions do not form a product in solutions. • What is the theoretical yield, in gram(s) for the solid product? • What is the chemical formula* for the limiting reagent? • What is the chemical formula* for the excess reagent? • What is the percent yield for the reaction? • How many gram(s) of the excess reagent is/are left over?

When 2.00 g of sodium sulfide and 1.55 g of copper(II) sulfate in different solutions combine to react, 0.45 g of precipitate is collected. * The text box will not allow you to use subscript. If you want to type the chemical formula for iron(II) sylfate, Fe2(SO4)3, it will need to be typed as Fe2(SO4)3. Remember that the symbol for iron, Fe, is not "fe" or "FE." Do not include the state of matter for each formula. • What is the chemical formula* for the product, also known as the precipitate? Remember that spectator ions do not form a product in solutions. • What is the theoretical yield, in gram(s) for the solid product? • What is the chemical formula* for the limiting reagent? • What is the chemical formula* for the excess reagent? • What is the percent yield for the reaction? • How many gram(s) of the excess reagent is/are left over?

Chemistry
Chemistry
10th Edition
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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When 2.00 g of sodium sulfide and 1.55 g of copper(II) sulfate in different solutions combine to react, 0.45 g of precipitate is collected. * The text box will not allow you to use subscript. If you want to type the chemical formula for iron(III) sulfate, Fe₂(SO₄)₃, it will need to be typed as Fe2(SO4)3. Remember that the symbol for iron, Fe, is not "fe" or "FE." Do not include the state of matter for each formula. - What is the chemical formula* for the product, also known as the precipitate? Remember that spectator ions do not form a product in solutions. [Text Box] - What is the theoretical yield, in gram(s) for the solid product? [Text Box] - What is the chemical formula* for the limiting reagent? [Text Box] - What is the chemical formula* for the excess reagent? [Text Box] - What is the percent yield for the reaction? [Text Box] - How many gram(s) of the excess reagent is/are left over? [Text Box]
Transcribed Image Text:When 2.00 g of sodium sulfide and 1.55 g of copper(II) sulfate in different solutions combine to react, 0.45 g of precipitate is collected. * The text box will not allow you to use subscript. If you want to type the chemical formula for iron(III) sulfate, Fe₂(SO₄)₃, it will need to be typed as Fe2(SO4)3. Remember that the symbol for iron, Fe, is not "fe" or "FE." Do not include the state of matter for each formula. - What is the chemical formula* for the product, also known as the precipitate? Remember that spectator ions do not form a product in solutions. [Text Box] - What is the theoretical yield, in gram(s) for the solid product? [Text Box] - What is the chemical formula* for the limiting reagent? [Text Box] - What is the chemical formula* for the excess reagent? [Text Box] - What is the percent yield for the reaction? [Text Box] - How many gram(s) of the excess reagent is/are left over? [Text Box]
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