7. The Lagrangian of a particle of mass m moving in one dimension is given by: L= m -bx Where b is a positive constant. The coordinate of the particle x (t) at a time t is given by: A. - t? + C, t+ C2 B. C, t + C2 c. C, Cos () + C, Sin () D. C, Cosh () + Sinh ()
7. The Lagrangian of a particle of mass m moving in one dimension is given by: L= m -bx Where b is a positive constant. The coordinate of the particle x (t) at a time t is given by: A. - t? + C, t+ C2 B. C, t + C2 c. C, Cos () + C, Sin () D. C, Cosh () + Sinh ()
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Transcribed Image Text:7. The Lagrangian of a particle of mass m moving in one
dimension is given by:
L= m -bx
Where b is a positive constant. The coordinate of the
particle x (t) at a time t is given by:
A. - t° + C, t + C2
в. С, t + C,
c. C, Cos () + C2 Sin ()
D. C, Cosh () + Sinh ()
For your solution in question seven, show how you got it. All
steps
justified
must
be
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and
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