Pay someone to pass my MCAT center of mass irregularly shaped lamina quiz.

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My favorite topic is how the center of mass of a human body (including the spine) is distorted and irregularly shaped in different body parts. The reason being that the spine is the core of the human body, and this curvature in the lamina, or flat part, of the spine, called the sacrum, creates irregularly shaped vertebrae, which, combined with the varying lengths of those vertebrae, distort the center of mass (the “mass center”). The sacrum lies above the lumbar region and is surrounded

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The center of mass of irregularly shaped lamina of an articulated rod of 14 centimeters and 1.5 centimeters long is 3.8 centimeters away from the axis of the lamina. This lamina is rotating at an angle of 42 degrees from the horizontal. The force of friction between the articulation rod and the inner lamina is 2.4 newtons. Calculate the moment of inertia of the lamina and use the result to determine the speed of the