E$22301$: Build this assembly in SOLIDWORKS $($Linkage Assembly$)$

It contains $1$ Linkage$\_$Base $(1),1$ Linkage$\_$Cylinder $(2),1$ Linkage$\_$Piston $(3),3$ Linkage$\_$Bolts $(4),$ and $2$ Linkage$\_$Couplings $(5)$

Unit system: MMGS $($millimeter$,$ gram, second$)$

Decimal places: $2$

Assembly origin: Shown

$-$Download the attached zip file and open it$.$

$-$Save the contained parts and open those parts in SOLIDWORKS.

$($Note: If SOLIDWORKS prompts $$Do you want to proceed with feature recognition?$,$ please click $$No$.)$

$-$IMPORTANT: Create the Assembly with respect to the Origin as shown in isometric view. $($This is important for calculating the proper Center of Mass$)$

$-$Create the assembly using the following conditions:

$1.$ Linkage$\_$Bolts $(4)$ are mated concentric to Linkage$\_$Coupling $(5),$ Linkage Cylinder $(2),$ and Linkage$\_$Piston $(3)$ holes and Linkage$\_$Base $(1)$ slot $($no clearance$).$

$2.$ Linkage$\_$Bolts $(4)$ are mounted with the head coincident to Linkage$\_$Piston $(3),$ Linkage$\_$Cylinder $(2)$ and Linkage$\_$Coupling $(5)$ faces.

A $=38\mathrm{.}00$

What is the center of mass of the assembly $($millimeters$)?$

Hint: If you don't find an option within $1\%$ of your