Unit3_MechTrans - Mechanical Systems Translation Point mass...

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1 Mechanical Systems Translation Point mass concept P P (t) = F(t)*v(t) Rotation Rigid body concept P P (t) = T(t)*w(t) Transducer devices and effects
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2 Mechanical translation Newton’s Laws Every body persists in a state of uniform motion, except insofar as it may be compelled by force to change that state. The time rate of change of momentum is equal to the force producing it. To every action there is an equal and opposite reaction. (Principia Philosophiae, 1686, Isaac Newton)
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3 Quantities and SI Units “F-L-T” system Define F: force ( Newton [N]) Define L: length ( meter [m]) Define T: time ( second [s]) Derive v: velocity, m: mass “M-L-T” system Define M: mass ( kilogram [kg]) Define L: length ( meter [m]) Define T: time ( second [s]) Derive v: velocity, F: force
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4 Physical effects and engineered components Inertia effect -
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This note was uploaded on 07/25/2008 for the course ME 457 taught by Professor Rosenberg during the Spring '07 term at Michigan State University.

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Unit3_MechTrans - Mechanical Systems Translation Point mass...

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