Elaborate Problem $(30$ points$)$: You are part of an engineering team tasked with analyzing the structural integrity

of a fancy chandelier $($at F$)$ for a concert hall. Your specific task is to determine the internal normal forces in all the

members of the system. A diverse team of engineers will possibly read your solution, so we need an extensive

summary of the problem and the solution using the following guidelines:

Understanding $($short answers; $5$ points$)$:

$($a$)$ Create free body diagram for all the points of interest$/$intersection that you see in the system. Your

FBD should be made of straight lines using a ruler.

Numerical solution $($numerical calculation; $20$ points$)$:

$($a$)$ Determine the internal normal forces in all the members $(AC,BC,CD,DE,DF)$ assuming that the weight

of chandelier is $729N.$

$($b$)$ Determine the maximum weight of the chandelier that the system can support, such that no single

cord develops a tension exceeding $500N.$

Solution procedure $($short answers; $5$ points$)$:

$($a$)$ Outline, in plain English, a systematic solution procedure that you used in the previous step to deter$-$

mine the maximum weight of chandelier that the system can support. Please create bullet points for

each step and explain all the notations and symbols you used.