Portapapeles S Fuente Estilos Voz Editor Reutilizar a In a laboratory tests are carried out on a part of a mechanism and its moment of inertia is measured around an axis that passes through its center of mass and 2 kg m2 is obtained as a result, its moment of inertia is also measured through another axis that is parallel to the previous one, but that does not pass through the center of mass and the result is 4 kg m2. The weight of the piece is 88.2 N.

College Physics
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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PortapapelesS
Fuente
Estilos
Voz
Editor
Reutilizar archivos
In a laboratory tests are carried out on a part of a mechanism and its moment of inertia is
measured around an axis that passes through its center of mass and 2 kg m2 is obtained as a
result, its moment of inertia is also measured through another axis that is parallel to the
previous one, but that does not pass through the center of mass and the result is 4 kg m2. The
weight of the piece is 88.2 N.
The distance between both axes of rotation is
a) d=0.4444 m
b) d=0.6667 m
c) d = 0.3333 m
d) d =0.4714 m
Transcribed Image Text:PortapapelesS Fuente Estilos Voz Editor Reutilizar archivos In a laboratory tests are carried out on a part of a mechanism and its moment of inertia is measured around an axis that passes through its center of mass and 2 kg m2 is obtained as a result, its moment of inertia is also measured through another axis that is parallel to the previous one, but that does not pass through the center of mass and the result is 4 kg m2. The weight of the piece is 88.2 N. The distance between both axes of rotation is a) d=0.4444 m b) d=0.6667 m c) d = 0.3333 m d) d =0.4714 m
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