Please explain me step by step don’t go on chegg please formulas are provided in sheet use that please 13,15,16 13. A ring is dropped on a rotating cylindrical table. The ring is centered on the table and oriented with the same axis as the table. The ring has a moment of inertia of 2.0 kg.m2 and the table has moment of inertia of 4.0 kg.m2. The ring is initially not rotating and the table is rotating 5.0 rad/s. What is the angular momentum of the two after the drop? answer is 20 15. A uniform 120 N beam is supported in a horizontal position by a pin (hinge) and cable. The cable is at a 37.0-degree angle with the vertical., as shown in the figure. What is the tension in the cable in N?answer is 75.1 16. A tire of mass 3.00 kg is kept at rest by a force F on a 30.0-degree incline as shown. Assuming that the force F is the parallel to the incline and the static friction is large enough, what is the magnitude of the force? answer is 7.35

Please explain me step by step don’t go on chegg please formulas are provided in sheet use that please 13,15,16 13. A ring is dropped on a rotating cylindrical table. The ring is centered on the table and oriented with the same axis as the table. The ring has a moment of inertia of 2.0 kg.m2 and the table has moment of inertia of 4.0 kg.m2. The ring is initially not rotating and the table is rotating 5.0 rad/s. What is the angular momentum of the two after the drop? answer is 20 15. A uniform 120 N beam is supported in a horizontal position by a pin (hinge) and cable. The cable is at a 37.0-degree angle with the vertical., as shown in the figure. What is the tension in the cable in N?answer is 75.1 16. A tire of mass 3.00 kg is kept at rest by a force F on a 30.0-degree incline as shown. Assuming that the force F is the parallel to the incline and the static friction is large enough, what is the magnitude of the force? answer is 7.35

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