Python - Problema 18.8 Mecánica Vectorial para Ingenieros - Beer & Johnston - 9ed- Dinámica
Return to Problem 18.7, and now suppose that the solid rectangular parallelepiped is replaced by a hollow one consisting of six thin metal plates welded together. Statement of Problem 18.7: A solid rectangular parallelepiped of mass m has a square base of side a and length 2a. If it is rotated at a constant rate ω about its diagonal AC' and this rotation is viewed counterclockwise from A, determine (a) the magnitude of the angular momentum H_G of the parallelepiped about its center of mass G, (b) the angle that H_G makes with the diagonal AC'. ✅ Link to the manual solution for problems 18.7 and 18.8: • Problema 18.7 Mecánica Vectorial para Inge... • Problema 18.8 Mecánica Vectorial para Inge... ✅ Applied concepts: Calculation of angular momentum. Calculation of the moments of inertia of a parallelepiped with respect to its principal axes. Finding the direction of a vector using two points. Calculation of the angle between two vectors. Parallel axis translation theorem. Python #kinematics #rigidbodykinematics #vectormechanics #mechanics #mechanicalengineering #beerandjohnston #kinetics #momentum #python
Problema 18.4 - Mecánica Vectorial para Ingenieros - Beer & Johnston - 9ed- Dinámica
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Problem 18.8 Vector Mechanics for Engineers - Beer & Johnston - 9th ed. - Dynamics
Problem 18.7 Vector Mechanics for Engineers - Beer & Johnston - 9th Ed. - Dynamics
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