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A Lithium atom collides with a Hydrogen atom and produces two Alphas (He atoms). The reaction is expressed as: 7Li (Z = 3) + ¹H (Z = 1)→ 4He (Z = 2) + 4He (Z = 2) where the masses are 7Li (Z = 3): 7.016005 u, ¹H (Z = 1): 1.007825 u, 4He (Z = 2): 4.002603 u. The mass difference in the reaction is attributed to the reaction energy which is most nearly what (Express in MeV) (1 u = 931.5 MeV/c²) O 15.37 MeV O 13.57 MeV O 17.35 MeV O 13.35 MeV

A Lithium atom collides with a Hydrogen atom and produces two Alphas (He atoms). The reaction is expressed as: 7Li (Z = 3) + ¹H (Z = 1)→ 4He (Z = 2) + 4He (Z = 2) where the masses are 7Li (Z = 3): 7.016005 u, ¹H (Z = 1): 1.007825 u, 4He (Z = 2): 4.002603 u. The mass difference in the reaction is attributed to the reaction energy which is most nearly what (Express in MeV) (1 u = 931.5 MeV/c²) O 15.37 MeV O 13.57 MeV O 17.35 MeV O 13.35 MeV

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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A Lithium atom collides with a Hydrogen atom and produces two Alphas (He atoms). The reaction is expressed as: 7Li (Z = 3) + ¹H (Z = 1)→ 4He (Z = 2) + 4He (Z = 2) where the masses are 7Li (Z = 3): 7.016005 u, ¹H (Z = 1): 1.007825 u, 4He (Z = 2): 4.002603 u. The mass difference in the reaction is attributed to the reaction energy which is most nearly what (Express in MeV) (1 u = 931.5 MeV/c²) O 15.37 MeV O 13.57 MeV O 17.35 MeV O 13.35 MeV
Transcribed Image Text:A Lithium atom collides with a Hydrogen atom and produces two Alphas (He atoms). The reaction is expressed as: 7Li (Z = 3) + ¹H (Z = 1)→ 4He (Z = 2) + 4He (Z = 2) where the masses are 7Li (Z = 3): 7.016005 u, ¹H (Z = 1): 1.007825 u, 4He (Z = 2): 4.002603 u. The mass difference in the reaction is attributed to the reaction energy which is most nearly what (Express in MeV) (1 u = 931.5 MeV/c²) O 15.37 MeV O 13.57 MeV O 17.35 MeV O 13.35 MeV
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