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19. A rel ativistic particle of rest mass mo and charge q is moving at an electromagnetic potential (0, 4). Lagrangian of the particle is : (a) mov - qo+ qÚ (b) -moc3 - go +qÃ5 (c) –moc²V1-v /c² - qo+qÃÿ (d) -moc²Vì-v² / c² +q¢-qÄÿ TA

19. A rel ativistic particle of rest mass mo and charge q is moving at an electromagnetic potential (0, 4). Lagrangian of the particle is : (a) mov - qo+ qÚ (b) -moc3 - go +qÃ5 (c) –moc²V1-v /c² - qo+qÃÿ (d) -moc²Vì-v² / c² +q¢-qÄÿ TA

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19. A rel ativistic particle of rest mass mo and charge q is moving at an electromagnetic potential (0, 4). Lagrangian of the particle is : (a) – mov² - qô+ qÃï TÀ (b) - moc² - qo + qÃỹ (c) –moc²V1-v² /c² -q0+qÃỹ (d) –moc²Vi-v² /c² +qo-qÄÑ
Transcribed Image Text:19. A rel ativistic particle of rest mass mo and charge q is moving at an electromagnetic potential (0, 4). Lagrangian of the particle is : (a) – mov² - qô+ qÃï TÀ (b) - moc² - qo + qÃỹ (c) –moc²V1-v² /c² -q0+qÃỹ (d) –moc²Vi-v² /c² +qo-qÄÑ
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