Question $1)$ In the system shown, it is in equilibrium with the forces and moments acting on it$,$ including the balancing moment applied at link $5.$ Determine all the bearing and joint forces under the applied loads in the system. Identify the balancing moment applied to link $5$ in this system. Dimensions can be taken from the figure.

Question $2)$ Find the reduced mass moment of inertia about axis E$.$ You can express the kinetic energy with the mass moment of inertia of link $4$ assumed at any desired point. The velocity analysis will be performed graphically. All values will be assumed by you. You can transition using scale from the figure for dimensions. All drawings will be made by hand.

$\backslash$table$[[$F$12,$F$23,$F$34,$F$45,$T$5,$F$46,$F$16,$F$15],[05,10,10,10,10,10,05,05],[,,,,,,,]]$