in the cylinder, cable, and block apparatus (figure 2), you attach an electric motor to the axis of the solid cylinder of mass m and radius r and turn the motor on. as a result the block of mass m moves upward with an upward acceleration of magnitude a . what is the tension in the cable between the cylinder and the block? express your answer in terms of some or all of the variables m , m , r , a , and acceleration due to gravity g .

Respuesta :

The length of the vector is all that determines how much an acceleration is. In other words, if we express the magnitude of acceleration, it indicates how quickly velocity fluctuates.

The length of the vector is all that determines how much an acceleration is. In other words, if we express the magnitude of acceleration, it indicates how quickly velocity fluctuates. The rate of acceleration is measured in units of meters per second square in the standard international (SI) system.

The final velocity of the object is represented by vf in this equation.

Its starting speed is vi, and,

It is the span of time during which the velocity changes.

Assume the car in the illustration is moving eastward at a speed of 30 m/s2. The car is accelerating with a 30 m/s2 magnitude and an eastward direction. The magnitude of the acceleration vector will stay constant if the car starts moving westward at the same speed.

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