The kinetic energy of a crossbow bolt with mass m kg and velocity v ms- is given by E = m? J. A bolt with a mass of m = 0.055 + 0.0020 kg is launched with a velocity of v = 85 + 1.0 ms-1, Then its energy is given by E = 198.69 ± AEJ. Estimate the error AE using a linear approximation. O AE = 15.000) O AE - 10.000J O AE - 13.050J O AE - 11.900 O None of the others

The kinetic energy of a crossbow bolt with mass m kg and velocity v ms- is given by E = m? J. A bolt with a mass of m = 0.055 + 0.0020 kg is launched with a velocity of v = 85 + 1.0 ms-1, Then its energy is given by E = 198.69 ± AEJ. Estimate the error AE using a linear approximation. O AE = 15.000) O AE - 10.000J O AE - 13.050J O AE - 11.900 O None of the others

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Description: The kinetic energy of a crossbow bolt with mass m kg and velocity v ms-1 is given by E = m? J. A bolt with a mass of m = 0.055 ± 0.0020 kg is launched with a velocity of v = 85 1.0 ms-1. Then its energy is given by E = 198.69 + AEJ.Estimate the erro

Classical Dynamics of Particles and Systems

5th Edition

ISBN:9780534408961

Author:Stephen T. Thornton, Jerry B. Marion

Publisher:Stephen T. Thornton, Jerry B. Marion

Chapter14: Special Theory Of Relativity

Section: Chapter Questions

Problem 14.39P

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The kinetic energy of a crossbow bolt with mass m kg and velocity v ms-1 is given by E = m? J. A bolt with a mass of m = 0.055 ± 0.0020 kg is launched with a velocity of v = 85 1.0 ms-1. Then its energy is given by E = 198.69 + AEJ.
Estimate the error AEusing a linear approximation.
O AE = 15.000J
O AE = 10.000J
O AE = 13.050J
O AE = 11.900)
O None of the others

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