Process$-$Oriented Problem $06\mathrm{.}004-$ Frames and machines

You are getting your oll changed at the local mechanic's shop when you look over to the other side of the shop and see a car engine suspended from a hoist mechanism as in the picture below. The hoist sits on the ground and is supported by two wheels at A and $C.$ Both the engine and the hoist are stationary. You begin to wonder about the hoist structure and how it is able to support the engine. This makes you think about the forces experlenced by the hoist and, more specifically, the forces experienced by the different members that are pinned together to form the hoist. The mechanic tells you that the engine's mass is $148$ kg $,$ so you decide to perform a static analysis of the holst to get a better idea of the forces the holst experiences at different incations

Process$-$Oriented Problem $06\mathrm{.}004.$f $-$ Frames and machines

Determine the $x$ and $y$ components of the force on member $EG$ at $E$ by member $CE.$

The $x$ component of force is $$ N$.$

The $y$ component of force is $$ N$.$