A block of mass M = 5.50 kg is connected by a string to a frictionless pulley or radius r = 0.330 m and moment of inertial I. The block accelerates along the incline at a = 2.35 m/s? as the pulley rotates clockwise (-). The incline makes an angle e = 37.0° with the horizontal and is completely frictionless. Using Newton's Laws (linear and rotational motion), determine the moment of inertia / of the pulley. {You may need to determine the tension force that produces the torque on the pulley} M O 4.10 kg-m2 O 3.74 kg-m2 O 2.10 kg-m2 O 3.53 kg-m2 O 1,96 kg-m2

A block of mass M = 5.50 kg is connected by a string to a frictionless pulley or radius r = 0.330 m and moment of inertial I. The block accelerates along the incline at a = 2.35 m/s? as the pulley rotates clockwise (-). The incline makes an angle e = 37.0° with the horizontal and is completely frictionless. Using Newton's Laws (linear and rotational motion), determine the moment of inertia / of the pulley. {You may need to determine the tension force that produces the torque on the pulley} M O 4.10 kg-m2 O 3.74 kg-m2 O 2.10 kg-m2 O 3.53 kg-m2 O 1,96 kg-m2