in enLX =0084106Us tliEai50] メコ、 On [x J- S.046 +ln[2-5] 5.96,001 en Cx)vo =0.084 xlaes.96 a.50 Dulel x60 (2) The first order rate constant for a reaction at 1000 °C is 87.0 s-1. If the reaction is started with :00-g of sample (molecular weight = 55.0 amu) in a 2.00, L flask, how long would it take to react 0.0600 g? %3D ーKraenCAコ。 Qnen CA3 en ..enE =- (81)(4) n ro.oe4oa] en[ siusyiony X=0:0181 Ooeo0gxmo) 559-0100104 mul Imol@ mol 558 =0:0090 -7151=-874 mul -87)x Ond7ist (A) -87+ O UUDA OI0Ismal Ssy 46-LAJ. l.65x10) mol7L 2105 10 YO.670.4mon mol/C 0.96 n0170

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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Number 2

in
enLX =0084106Us tliEai50]
メコ、
On [x J- S.046 +ln[2-5]
5.96,001
en Cx)vo
=0.084
xlaes.96
a.50
Dulel
x60
(2) The first order rate constant for a reaction at 1000 °C is 87.0 s-1. If the reaction is started with :00-g of
sample (molecular weight = 55.0 amu) in a 2.00, L flask, how long would it take to react 0.0600 g?
%3D
ーKraenCAコ。
Qnen CA3
en
..enE =- (81)(4) n ro.oe4oa]
en[ siusyiony
X=0:0181
Ooeo0gxmo)
559-0100104
mul
Imol@ mol
558
=0:0090
-7151=-874
mul
-87)x
Ond7ist
(A)
-87+
O UUDA
OI0Ismal
Ssy
46-LAJ.
l.65x10)
mol7L
2105 10 YO.670.4mon mol/C
0.96
n0170
Transcribed Image Text:in enLX =0084106Us tliEai50] メコ、 On [x J- S.046 +ln[2-5] 5.96,001 en Cx)vo =0.084 xlaes.96 a.50 Dulel x60 (2) The first order rate constant for a reaction at 1000 °C is 87.0 s-1. If the reaction is started with :00-g of sample (molecular weight = 55.0 amu) in a 2.00, L flask, how long would it take to react 0.0600 g? %3D ーKraenCAコ。 Qnen CA3 en ..enE =- (81)(4) n ro.oe4oa] en[ siusyiony X=0:0181 Ooeo0gxmo) 559-0100104 mul Imol@ mol 558 =0:0090 -7151=-874 mul -87)x Ond7ist (A) -87+ O UUDA OI0Ismal Ssy 46-LAJ. l.65x10) mol7L 2105 10 YO.670.4mon mol/C 0.96 n0170
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