#### Solution By Steps
***Step 1: Calculate the x-component of the force F***
The x-component of F is given by Fx = 0 N.
***Step 2: Calculate the y-component of the force F***
The y-component of F is given by Fy = 0 N.
***Step 3: Calculate the z-component of the force F***
The z-component of F is given by Fz = -1300 N.
***Step 4: Write the equilibrium equation for cable AB in the x-direction***
For cable AB, the tension in the x-direction equals the x-component of F: TAB = Fx.
***Step 5: Calculate the tension in cable AB***
TAB = Fx = 0 N.
#### Final Answer
Tension in cable AB: 0 N
#### Key Concept
Equilibrium
#### Key Concept Explanation
In a system in equilibrium, the sum of forces in each direction is zero. This principle is crucial in analyzing forces acting on objects to determine unknown forces or tensions.