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11047Ag → 0.je + 110 48Cd For the nuclear reaction Starting with 200. g of Ag-110 in a container, how long will it take to decay to only 6.25 g ? The half-life of Ag-110 is 252 days. times. For each half-life we divide by 2. So, in order to reach 6.25 g we have to divide 200. g by 2 The number of half-lives is

11047Ag → 0.je + 110 48Cd For the nuclear reaction Starting with 200. g of Ag-110 in a container, how long will it take to decay to only 6.25 g ? The half-life of Ag-110 is 252 days. times. For each half-life we divide by 2. So, in order to reach 6.25 g we have to divide 200. g by 2 The number of half-lives is

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter21: Nuclear Chemistry
Section: Chapter Questions
Problem 34E: The isotope 208Tl undergoes decay with a half-life of 3.1 min.. (a) What isotope is produced by the...
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For the nuclear reaction 11047Ag → 0-1e + 110 48Cd Starting with 200. g of Ag-110 in a container, how long will it take to decay to only 6.25 g? The half-life of Ag-110 is 252 days. For each half-life we divide by 2. So, in order to reach 6.25 g we have to divide 200. g by 2 times. The number of half-lives is Each half-life is 252 days so we multiply this by the number of half-lives. The time required is thus days. The total mass in the container is still about g. Most of the mass is now а. 200. b. 110 С. 100. d. 50.0 е. 25.0 f. 12.5 g. 6.25 h. Ag-110 i. Cd-110 j. electron k. 756 I. 1 m. 2 n. 3 О. 4 р. 5 q. 6 r. 7 S. 1512 t. 1260 u. 1008 V. 756 w. 504
Transcribed Image Text:For the nuclear reaction 11047Ag → 0-1e + 110 48Cd Starting with 200. g of Ag-110 in a container, how long will it take to decay to only 6.25 g? The half-life of Ag-110 is 252 days. For each half-life we divide by 2. So, in order to reach 6.25 g we have to divide 200. g by 2 times. The number of half-lives is Each half-life is 252 days so we multiply this by the number of half-lives. The time required is thus days. The total mass in the container is still about g. Most of the mass is now а. 200. b. 110 С. 100. d. 50.0 е. 25.0 f. 12.5 g. 6.25 h. Ag-110 i. Cd-110 j. electron k. 756 I. 1 m. 2 n. 3 О. 4 р. 5 q. 6 r. 7 S. 1512 t. 1260 u. 1008 V. 756 w. 504
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