A thin rod AD is mounted with bearings on either side to allow the system to spin. Two small rods are welded onto A B, each of length 107 mm and mass 320 g. A couple 6 N-m is applied to the rod. Determine the reaction at the mounting point D when the angular velocity is 1500 rpm. To simplify the problem, let's assume the moment of inertia from the rod AD can be neglected. 107mm 160mm 160mm B T07mm D. M 320m D, D The units of the reaction are Click to interact with the model below, Question Help: written Example Submit Question
A thin rod AD is mounted with bearings on either side to allow the system to spin. Two small rods are welded onto A B, each of length 107 mm and mass 320 g. A couple 6 N-m is applied to the rod. Determine the reaction at the mounting point D when the angular velocity is 1500 rpm. To simplify the problem, let's assume the moment of inertia from the rod AD can be neglected. 107mm 160mm 160mm B T07mm D. M 320m D, D The units of the reaction are Click to interact with the model below, Question Help: written Example Submit Question
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Transcribed Image Text:A thin rod AD is mounted with bearings on either side to allow the system to spin. Two small rods are
welded onto A B, each of length 107 mm and mass 320 g. A couple 6 N-m is applied to the rod. Determine
the reaction at the mounting point D when the angular velocity is 1500 rpm. To simplify the problem, let's
assume the moment of inertia from the rod AD can be neglected.
C
107mm
Z
160mm
160mm
T07mm
D
B
M
320m
D,
D.
The units of the reaction are
Click to interact with the model below.
Question Help: D Written Example
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