Ignore my work. I don't know what to do

Think this one through ...... Provide the mathematical representation to demonstrate that the meter stick is in static equilibrium. The axis of rotation is located at the place where the string from scale 2 supports the stick. Each radius is the distance from the point of the force to the axis of rotation). The black and white circle marks the location of the center of mass of the meter stick. F1 = 8N Scale 2 supports F2 = 115 N r1 = 0.2m ....... F2 = 11.5N 2 the stick, but not at 12 = 2 1 2=0m its center of mass. F3 = 3N r3 = 0.5m F earthonstick = 0.5N F1= 8N $ 3 53 = 3 N [1 = 0.2m r from the center of mass of 13 = 0.5 m CFV = - F, +F2 - F3 - Feans 30 the meter stick to axis of rotation = 0.2 m FY =- 8N + 115 N - 3N FE ons = - 0.5N Pulling down at I and 3