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to a speed of .96c relative to an observer 1. A 7 g. particle is laboratory. What is the mass of the particle as observe in the laboratory? accelerate

to a speed of .96c relative to an observer 1. A 7 g. particle is laboratory. What is the mass of the particle as observe in the laboratory? accelerate

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Directions: Answer the following exercises below. Use separate paper for your answer. Relativistic Mass! Activity 2 Refer to page 13. A7 4. particle is accelerated to a speed of .96c relative to an observer in a laboratory. What is the mass of the particle as observe in the laboratory? Given: m° =7g. V = 0.96c Find: m 2. A fission reaction involves the splitting of heavy nuclide into smaller nuclides and the release of a tremendous amount of energy. If the energy released is 4.5x 1015J, how much was is the loss in mass of a fission reaction. Given: C =3 x 10°m/s E released = 4.5 x 105 kg. m²/s² Find : m noth • POST-ACTIVITY
Transcribed Image Text:Directions: Answer the following exercises below. Use separate paper for your answer. Relativistic Mass! Activity 2 Refer to page 13. A7 4. particle is accelerated to a speed of .96c relative to an observer in a laboratory. What is the mass of the particle as observe in the laboratory? Given: m° =7g. V = 0.96c Find: m 2. A fission reaction involves the splitting of heavy nuclide into smaller nuclides and the release of a tremendous amount of energy. If the energy released is 4.5x 1015J, how much was is the loss in mass of a fission reaction. Given: C =3 x 10°m/s E released = 4.5 x 105 kg. m²/s² Find : m noth • POST-ACTIVITY
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