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13. The following equation models the beta decay of krypton-89 into rubidium-89. 89 89 36 37 Rb + Explain why this reaction is not an example of alpha decay. Kr → 14. Gamma radiation is used to treat certain types of tumors deep in the brain that cannot be accessed with surgery. Suggest a possible reason to explain why gamma radiation is preferred over beta decay or alpha decay for this treatment.

13. The following equation models the beta decay of krypton-89 into rubidium-89. 89 89 36 37 Rb + Explain why this reaction is not an example of alpha decay. Kr → 14. Gamma radiation is used to treat certain types of tumors deep in the brain that cannot be accessed with surgery. Suggest a possible reason to explain why gamma radiation is preferred over beta decay or alpha decay for this treatment.

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter9: Nuclear Chemistry
Section: Chapter Questions
Problem 9.22P
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text f5 A % 5 T Calibri 1 16 ¹ 4 1.8 6 - Y 13. The following equation models the beta decay of krypton-89 into rubidium-89. 89 Kr 36 f7 (1) 18 2 & Explain why this reaction is not an example of alpha decay. 7 89 14. Gamma radiation is used to treat certain types of tumors deep in the brain that cannot be accessed with surgery. Suggest a possible reason to explain why gamma radiation is preferred over beta decay or alpha decay for this treatment. fg B U Rb + e - 3 V IUA O fg 8 f10 insert 9 O f11 ☆ O 5 P F12 ▼ $ ✓= prt scr + H 7 G 63°F Cloudy ^ E ] CZ1 delete backspace
Transcribed Image Text:text f5 A % 5 T Calibri 1 16 ¹ 4 1.8 6 - Y 13. The following equation models the beta decay of krypton-89 into rubidium-89. 89 Kr 36 f7 (1) 18 2 & Explain why this reaction is not an example of alpha decay. 7 89 14. Gamma radiation is used to treat certain types of tumors deep in the brain that cannot be accessed with surgery. Suggest a possible reason to explain why gamma radiation is preferred over beta decay or alpha decay for this treatment. fg B U Rb + e - 3 V IUA O fg 8 f10 insert 9 O f11 ☆ O 5 P F12 ▼ $ ✓= prt scr + H 7 G 63°F Cloudy ^ E ] CZ1 delete backspace
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