2. a) Calculate the hard-sphere (HS) collision theory rate constant ks for the reaction NO(g) + C₁₂(g) Þ NOCl(g) + HS Cl(g) at 300 K in units of dm³ mols. The collision diameters of NO and Cl₂ are 370 and 540 pm, respectively. 16.0 g/mol, and mcı Use masses of m₁ = 14.0 g/mol, mo = 35.0 g/mol. N = b) Now include the line-of-centers (LOC) energy criterion to find koc in units of dm³ mol¹ s¹ using E₁ = 84.9 kJ mol LOC LOC c) Calculate the ratio of kчs and kLoc to the experimental rate constant at 300 K given A = 3.981 10° dm³ mol¹ s and E₁ = 84.9 kJ mol¹. a -1
2. a) Calculate the hard-sphere (HS) collision theory rate constant ks for the reaction NO(g) + C₁₂(g) Þ NOCl(g) + HS Cl(g) at 300 K in units of dm³ mols. The collision diameters of NO and Cl₂ are 370 and 540 pm, respectively. 16.0 g/mol, and mcı Use masses of m₁ = 14.0 g/mol, mo = 35.0 g/mol. N = b) Now include the line-of-centers (LOC) energy criterion to find koc in units of dm³ mol¹ s¹ using E₁ = 84.9 kJ mol LOC LOC c) Calculate the ratio of kчs and kLoc to the experimental rate constant at 300 K given A = 3.981 10° dm³ mol¹ s and E₁ = 84.9 kJ mol¹. a -1
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...
Related questions
Question
![2.
a) Calculate the hard-sphere (HS) collision theory rate
constant ks for the reaction NO(g) + C₁₂(g) Þ NOCl(g) +
HS
Cl(g) at 300 K in units of dm³ mols. The collision
diameters of NO and Cl₂ are 370 and 540 pm, respectively.
16.0 g/mol, and mcı
Use masses of m₁ = 14.0 g/mol, mo
= 35.0 g/mol.
N
=
b) Now include the line-of-centers (LOC) energy criterion
to find koc in units of dm³ mol¹ s¹ using E₁ = 84.9 kJ mol
LOC
LOC
c) Calculate the ratio of kчs and kLoc to the experimental
rate constant at 300 K given A = 3.981 10° dm³ mol¹ s
and E₁ = 84.9 kJ mol¹.
a
-1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F95850d65-ee14-4665-a949-2e865853615e%2F59157c5c-c8b3-402d-b2d0-3bac3b70a624%2F6qrrgpq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2.
a) Calculate the hard-sphere (HS) collision theory rate
constant ks for the reaction NO(g) + C₁₂(g) Þ NOCl(g) +
HS
Cl(g) at 300 K in units of dm³ mols. The collision
diameters of NO and Cl₂ are 370 and 540 pm, respectively.
16.0 g/mol, and mcı
Use masses of m₁ = 14.0 g/mol, mo
= 35.0 g/mol.
N
=
b) Now include the line-of-centers (LOC) energy criterion
to find koc in units of dm³ mol¹ s¹ using E₁ = 84.9 kJ mol
LOC
LOC
c) Calculate the ratio of kчs and kLoc to the experimental
rate constant at 300 K given A = 3.981 10° dm³ mol¹ s
and E₁ = 84.9 kJ mol¹.
a
-1
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