Determine the forces in cables $AC$ and $AB$ needed to hold the $30-kg$ ball $D$ in equilibrium. Take $F=300$ N and $d=1m.$

A$.F_{AC}=110\mathrm{.}30N$ and $F_{AB}=307\mathrm{.}99N$

B$.F_{AC}=120\mathrm{.}30N$ and $F_{AB}=305\mathrm{.}99N$

C$.F_{AC}=120\mathrm{.}30N$ and $F_{AB}=307\mathrm{.}99N$

D$.F_{AC}=120N$ and $F_{AB}=300N$

E$.$ NA