Problem $2$

You will be determining the tension in each of the ropes that would hold the $100$ Newton box in equilibrium. Use the following information:

Blue lines are the ropes.

The red circles at $A,B,$ and $C$ are rings that connect the different ropes.

The green circles $($ G and H $)$ are simple, massless pulleys that the rope wraps around.

The ropes connect to the wall at points D$,$ E$,$ and F$.$

The thick black lines are the walls and floor.

The orange dashed lines indicate distances.

All distances are in meters.

Assume the positive $x-$axis is right, positive $y-$axis is to the right.