The first-order decomposition of Sp06(g) to form SO3(g), has a half-life of 1.262 x 1os at 45°C. How long will it take for 60% of a 0.34 M sample to decompose at 45°C?A. 1,68 x 10sO B. 406 sC. 728 SD. 9,34 x 104sE. 1.89 x 10 s

First, calculate the rate constant from half-life as follows: k = ln2t12= ln21.262×10-3s= 549.245…

The first-order decomposition of S206(g) to form SO3(g), has a half-life of 1.262 x 103 s at 45°C. How long will it take for 60% of a 0.34 M sample to decompose at 45°C? O A. 1.68 x 103s O B. 406 s O C. 728 s O D.9.34 x 10-4s O E. 1.89 x 103s

The first-order decomposition of S206(g) to form SO3(g), has a half-life of 1.262 x 103 s at 45°C. How long will it take for 60% of a 0.34 M sample to decompose at 45°C? O A. 1.68 x 103s O B. 406 s O C. 728 s O D.9.34 x 10-4s O E. 1.89 x 103s

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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Question

The first-order decomposition of Sp06(g) to form SO3(g), has a half-life of 1.262 x 1os at 45°C. How long will it take for 60% of a 0.34 M sample to decompose at 45°C?
A. 1,68 x 10s
O B. 406 s
C. 728 S
D. 9,34 x 104s
E. 1.89 x 10 s

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