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The lever AOBC is subjected to three point loads. Note that force F3 is perpendicular to segment OBC. Calculate the magnitude of the total moment about point C generated by the three point loads. Justify your answer to receive full points.

A triangular prism has a force F applied along line CH, determine the magnitude of the force (F) so that the resultant moment of F about axis AB is equal to 300 kNm.

The lever AOBC is subjected to three point loads. Note that force F3 is perpendicular to segment OBC. Calculate the magnitude of the total moment about point B generated by the three point loads. Justify your answer to receive full points.

Two point loads act at points A and B, as shown in the figure. Find the moment about point O as a cartesian vector. Justify your answer to receive full points.

A force P from E to H acts on the frame as shown. Knowing that the absolute value of the moment of P about axis OD is equal to 400lb∙ft, determine the magnitude of the force P.

A beam is subjected to three point loads. Note that force F1 is perpendicular to segment BD.Calculate the total moment about point B generated by the three point loads.Justify your answer to receive full points. (CW:Clockwise, CCW: Counterclockwise)

Other than balance, which other function is associated with the vestibular nuclei? 

Select the FOUR symptoms related to a lesion in the amygdaloid nucleus 

Which type of tissue would you find in the nervous system?

Math 1342 Exam 1.pdf