Phosphorus pentoxide (P4010; molar mass = 283.89 g/mol; the common name is derived from the empirical formula) is used to produce phosphoric acid for cola soft drinks. It is prepared by burning phosphorus in oxygen. The chemical reaction is given below: P4 + 5 02 → P4010 If 150.0 g of P4 (molar mass: 123.9 g/mol) and 60.00 g 02 (molar mass: 31.998 g/mol) are used for the reaction, which of the following statements is TRUE? Select one: O a. 13.53 g of 02 remains. O b. 343.7 g of P4010 is formed. 103.5 g of P4 remains. O d. All reactants are completely used up in the reaction.
Phosphorus pentoxide (P4010; molar mass = 283.89 g/mol; the common name is derived from the empirical formula) is used to produce phosphoric acid for cola soft drinks. It is prepared by burning phosphorus in oxygen. The chemical reaction is given below: P4 + 5 02 → P4010 If 150.0 g of P4 (molar mass: 123.9 g/mol) and 60.00 g 02 (molar mass: 31.998 g/mol) are used for the reaction, which of the following statements is TRUE? Select one: O a. 13.53 g of 02 remains. O b. 343.7 g of P4010 is formed. 103.5 g of P4 remains. O d. All reactants are completely used up in the reaction.
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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Transcribed Image Text:Phosphorus pentoxide (P4010; molar mass = 283.89 g/mol; the common name is derived from the
empirical formula) is used to produce phosphoric acid for cola soft drinks. It is prepared by burning
phosphorus in oxygen. The chemical reaction is given below:
P4 + 5 02 → P4010
If 150.0 g of P4 (molar mass: 123.9 g/mol) and 60.00 g 02 (molar mass: 31.998 g/mol) are used for the reaction,
which of the foallowing statements is TRUE?
Select one:
O a. 13.53 g of 02 remains.
O b. 343.7 g of P4010 is formed.
Ос.
103.5 g of P4 remains.
O d. All reactants are completely used up in the reaction.
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