Tension (T): The force exerted by the rope, pulling the box at an angle θ.
Weight (mg): The force due to gravity, acting downwards.
Normal force (N): The force exerted by the table on the box, perpendicular to the table's surface.
Friction (f): The force that opposes the motion of the box. Since the problem doesn't specify if the box is moving or stationary, we consider both static and kinetic friction.
Step 2: Resolve the tension force into components
The tension force (T) can be resolved into two components:
Horizontal component (Tx): Tx = Tcosθ - This component tries to pull the box horizontally.
Vertical component (Ty): Ty = Tsinθ - This component acts upwards, reducing the effective weight of the box.
Step 3: Consider equilibrium conditions
Without any further information or specific questions related to the image, it's difficult to provide a definitive "final answer." The image simply presents a scenario. To solve any related problem, we'd need more details like the value of 'm', 'θ', the coefficient of friction, or specific instructions such as "find the tension in the rope required to move the block," "is the box in equilibrium," etc.
Final Answer
The problem setup has been analyzed with forces identified and the tension force resolved into components. Further calculations require additional information or a specific question related to the scenario.