30 kg pulley 10 kg carriage articulated at point O mounted. To the cable wound on the inner core of the reel, t in seconds P = 150-0, 25t ^(1/2) N If a force is acting, when t = 4s the speed of the car and the pulley Determine the angular velocity. O point of the center of gravity of the reel the radius of inertia around it is kO = 150 mm. Small Neglect the size of the wheels.
30 kg pulley 10 kg carriage articulated at point O mounted. To the cable wound on the inner core of the reel, t in seconds P = 150-0, 25t ^(1/2) N If a force is acting, when t = 4s the speed of the car and the pulley Determine the angular velocity. O point of the center of gravity of the reel the radius of inertia around it is kO = 150 mm. Small Neglect the size of the wheels.
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Transcribed Image Text:30 kg pulley 10 kg carriage articulated at point O mounted. To the cable wound on the inner core
of the reel, t in seconds P = 150-0, 25t ^(1/2) N If a force is acting, when t = 4s the speed of the
car and the pulley Determine the angular velocity. O point of the center of gravity of the reel
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the radius of inertia around it is k0 = 150 mm. Small Neglect the size of the wheels.
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150 mm/
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