3 Si(s) +2 N2 (9) → Si3N4 (s) In this synthesis equation for production of trisilicon tetranitride (used to create a tough, break-resistant material for strong plane turbines), 75.0 g of silicon are combined with excess nitrogen gas. The molar mass of trisilicon tetranitride is 140.3 g/mol. 1) Calculate the theoretical yield of product. (round to the nearest whole number; enter only a number) 2) With an 88% yield, approximately what mass of Si3N4 is actually produced? (round to the nearest whole number; enter only a number) bo
3 Si(s) +2 N2 (9) → Si3N4 (s) In this synthesis equation for production of trisilicon tetranitride (used to create a tough, break-resistant material for strong plane turbines), 75.0 g of silicon are combined with excess nitrogen gas. The molar mass of trisilicon tetranitride is 140.3 g/mol. 1) Calculate the theoretical yield of product. (round to the nearest whole number; enter only a number) 2) With an 88% yield, approximately what mass of Si3N4 is actually produced? (round to the nearest whole number; enter only a number) bo
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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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Transcribed Image Text:3 Si(s) +2 N2 (9) → Si3N4(s)
In this synthesis equation for production of trisilicon tetranitride (used to create a tough,
break-resistant material for strong plane turbines), 75.0 g of silicon are combined with
excess nitrogen gas. The molar mass of trisilicon tetranitride is 140.3 g/mol.
1) Calculate the theoretical yield of product.
(round to the nearest whole number; enter only a number)
2) With an 88% yield, approximately what mass of SigN4 is actually produced?
(round to the nearest whole number; enter only a number)
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