The system has little oscillation around the static equilibrium position shown. makes movements. The mass at z is the point lumped mass. up to mr. Rod: Massless rigid (non-bending) rod. a) Draw the SCD of the technical objects that need to be drawn SCD. b) Reveal the SCD by correlating the relationship between the translational and rotational motions of the technical object you drew in the previous point. c) Find the kinetic energy of the system. d) Find the potential energy of the system. +0(1) E SDK
The system has little oscillation around the static equilibrium position shown. makes movements. The mass at z is the point lumped mass. up to mr. Rod: Massless rigid (non-bending) rod. a) Draw the SCD of the technical objects that need to be drawn SCD. b) Reveal the SCD by correlating the relationship between the translational and rotational motions of the technical object you drew in the previous point. c) Find the kinetic energy of the system. d) Find the potential energy of the system. +0(1) E SDK
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Transcribed Image Text:The system has little oscillation around the static equilibrium position shown.
makes movements. The mass at z is the point lumped mass.
up to ma. Rod: Massless rigid (non-bending) rod.
a) Draw the SCD of the technical objects that need to be drawn SCD.
b) Reveal the SCD by correlating the relationship between the translational
and rotational motions of the technical object you drew in the previous point.
c) Find the kinetic energy of the system.
d) Find the potential energy of the system.
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