A system consists of two smooth spheres, each weighing 1.5 kg and connected by a light spring with negligible mass. The spheres are confined to slide in the smooth horizontal guide, and connected by two hinged bars of negligible mass and length of 0.3 m. If a horizontal force F = 45 N is applied to one bar at the position shown, with b = 0.12 m, what is the magnitude of the acceleration (m/s²) of the center C of the spring? 0.3m www.www. C 0.3m b 45 N
A system consists of two smooth spheres, each weighing 1.5 kg and connected by a light spring with negligible mass. The spheres are confined to slide in the smooth horizontal guide, and connected by two hinged bars of negligible mass and length of 0.3 m. If a horizontal force F = 45 N is applied to one bar at the position shown, with b = 0.12 m, what is the magnitude of the acceleration (m/s²) of the center C of the spring? 0.3m www.www. C 0.3m b 45 N
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Also, what are the normal forces (N) exerted by the guide on each of the two spheres at the instant shown (when the distance between the two spheres is 0.3 m)? Find the answer for the left sphere, where a positive value indicates that the force is pointing directly upward.
Transcribed Image Text:A system consists of two smooth spheres, each weighing 1.5 kg
and connected by a light spring with negligible mass. The spheres
are confined to slide in the smooth horizontal guide, and
connected by two hinged bars of negligible mass and length of 0.3
m. If a horizontal force F = 45 N is applied to one bar at the
position shown, with b = 0.12 m, what is the magnitude of the
acceleration (m/s²) of the center C of the spring?
0.3m
www.www.
C
0.3m
b
45 N
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