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TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with

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Page 1: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with
Page 2: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with
Page 3: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with
Page 4: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with
Page 5: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with
Page 6: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with
Page 7: TCM Groupcc726/TP1/ExamFiles/exam07sol.pdf · 2014. 12. 4. · the ml masses and one from m2, giving V —ga cos O(2m1 + 2m2). This gives the Lagrangian in question, L T — V, with