8. The Lagrangian of a system is given as L = mx7+qAx,- qd, where the symbols have the usual meaning. The Hamilton function is given as mx-q B) mx? + q¢ C) mx, +qo D) mx +qp+AxE)None 9. A rod of length 30 cm has linear density 50 g/m +20 x g/m² where x is the distance from one end, measured in meter. The mass of the rod is A) 650 g B) 15.9 g C) 159 g D) 56 g E) None
8. The Lagrangian of a system is given as L = mx7+qAx,- qd, where the symbols have the usual meaning. The Hamilton function is given as mx-q B) mx? + q¢ C) mx, +qo D) mx +qp+AxE)None 9. A rod of length 30 cm has linear density 50 g/m +20 x g/m² where x is the distance from one end, measured in meter. The mass of the rod is A) 650 g B) 15.9 g C) 159 g D) 56 g E) None
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Transcribed Image Text:£=mx+qAx-qp, where the symbols have the
8. The Lagrangian of a system is given as
usual meaning. The Hamilton function is given as
mx7 -q B) mx +q
C) mx, +q
9. A rod of length 30 cm has linear density 50 g/m + 20 x g/m² where x is the distance from one
end, measured in meter. The mass of the rod is
A) 650 g
B) 15.9 g
C) 159 g
D) 56 g
D)=mx+qp + Ax
E) None
qo+Ax, E)None
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