In the reaction 4He + °Be n+ 12C how much energy is released or absorbed? The mass of 4He is 4.0026032u, the mass of 'Be is 9.0121821 u, the mass of n is 1.0086649 u, and the mass of 12C is 12.0000000 u.

At first, we will find the mass defect, and then we will find the equivalent energy.

In the reaction "He + °Ben+ 12C how much energy is released or absorbed? The mass of "He is 4.0026032 u, the mass of °Be is 9.0121821 u, the mass of n is 1.0086649 u, and the mass of 12C is 12.0000000 u.

In the reaction "He + °Ben+ 12C how much energy is released or absorbed? The mass of "He is 4.0026032 u, the mass of °Be is 9.0121821 u, the mass of n is 1.0086649 u, and the mass of 12C is 12.0000000 u.

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter31: Radioactivity And Nuclear Physics

Section: Chapter Questions

Problem 40PE: (a) Write the complete + decay equation for llC. (b) Calculate the energy released in the decay....

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In the reaction 4He + °Be n+ 12C how much energy is released or absorbed? The mass of 4He is 4.0026032
u, the mass of 'Be is 9.0121821 u, the mass of n is 1.0086649 u, and the mass of 12C is 12.0000000 u.

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