Q4 shows a gear mechanism. Two homogeneous rods AB and BC of mass 4 kg/m are attached together to form L-shaped assembly, member ABC. A gear Q of mass 4 kg with a radius of gyration, KA of 0.12 m about point A is welded together with member ABC. At the instant shown, member ABC and gear Q are actuated by gear P as shown. Given AB = 0.4 m and BC = 0.3 m. Determine: a) the free body diagram (FBD) and kinetic diagram (KD) for the system b) tangential force, F exerted by gear P at point D c) components of the reaction at point A. Gear P fot MAN B 3 Gear Q (0₂ R 18 cm Ratio gear 1:1 w = 8 rad/s (U) a = 40 rad/s² (5)

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Q4 shows a gear mechanism. Two homogeneous rods AB and BC of mass 4 kg/m are
attached together to form L-shaped assembly, member ABC. A gear Q of mass 4 kg with a radius
of gyration, kA of 0.12 m about point A is welded together with member ABC. At the instant shown,
member ABC and gear Q are actuated by gear P as shown. Given AB = 0.4 m and BC = 0.3 m.
Determine:
a) the free body diagram (FBD) and kinetic diagram (KD) for the system
b) tangential force, F exerted by gear P at point D
c) components of the reaction at point A.
Gear P
fot
MAN
B
3
Gear Q
R 18 cm
MAP
00
Ratio gear 1:1
w = 8 rad/s (U)
a = 40 rad/s² (0)
Transcribed Image Text:Q4 shows a gear mechanism. Two homogeneous rods AB and BC of mass 4 kg/m are attached together to form L-shaped assembly, member ABC. A gear Q of mass 4 kg with a radius of gyration, kA of 0.12 m about point A is welded together with member ABC. At the instant shown, member ABC and gear Q are actuated by gear P as shown. Given AB = 0.4 m and BC = 0.3 m. Determine: a) the free body diagram (FBD) and kinetic diagram (KD) for the system b) tangential force, F exerted by gear P at point D c) components of the reaction at point A. Gear P fot MAN B 3 Gear Q R 18 cm MAP 00 Ratio gear 1:1 w = 8 rad/s (U) a = 40 rad/s² (0)
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