1. Give the theoretical rate equation for the forward direction when all are gases except for water. 4 PH3 + 2 H2 + 9 O2 2 P205 8 H2O(liq) 25 k) <-> + + The rate requires the collision-interactions of PH3, H2, and O2 molecules. This is also reflected as the exponents in the rate equation, ratef = k [ %3D 2. Give the theoretical rate equation for the forward direction when all are gases except for water AND PH3. 4 PH3(lig) + 2 H2 + 9 02 2 P205 8 H2Oliq) 25 kJ <-> + The rate requires the collision-interactions of PH3, H2, and O2 molecules. This is also reflected as the exponents in the rate equation, ratef = k' [ %3D a. C2H6 b. Cl2 c. C2H4CI2 d. HCI е. 1 f. 2 g. 3 h. 4 i. 5 j. 6 k. 7 I. 8 m. 9 n. 10 О. О р. РНз q. H2 r. O2 s. P205 t. H2O u. 25

1. Give the theoretical rate equation for the forward direction when all are gases except for water. 4 PH3 + 2 H2 + 9 O2 2 P205 8 H2O(liq) 25 k) <-> + + The rate requires the collision-interactions of PH3, H2, and O2 molecules. This is also reflected as the exponents in the rate equation, ratef = k [ %3D 2. Give the theoretical rate equation for the forward direction when all are gases except for water AND PH3. 4 PH3(lig) + 2 H2 + 9 02 2 P205 8 H2Oliq) 25 kJ <-> + The rate requires the collision-interactions of PH3, H2, and O2 molecules. This is also reflected as the exponents in the rate equation, ratef = k' [ %3D a. C2H6 b. Cl2 c. C2H4CI2 d. HCI е. 1 f. 2 g. 3 h. 4 i. 5 j. 6 k. 7 I. 8 m. 9 n. 10 О. О р. РНз q. H2 r. O2 s. P205 t. H2O u. 25

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter8: Properties Of Gases

Section: Chapter Questions

Problem 113QRT

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