A vertical antenna tower $\text{'}$h$\text{'}$ high, supported by three guy wires on the ground, B is $20$ ft left and $25$ ft forward of the antenna base point, C is $60$ ft right of the base point. D is $74$ ft behind the base point.

If the height of the tower is $230$ ft and the tension in cable AB is $430$ lbs$,$ what is the tension in the other cables and resultant force on the tower?

The tension in cable AC is lbs

The tension in cable AD is lbs

The cables resultant force on the tower is lbs $($Click to select$)$ down$$ up$.$