l Olplete tree-body diagram and an acceleration vector. The forces on the free-body diagram and the acceleration vector are drawn to scale, where one box is one unit (N, . Each force is labeled with three subscripts in this order: the type of force, the object on which the force acts, and the object exerting the force. The coefficients of friction between all surfaces are -?k-0.5. Complete the missing information: a sketch, a description, and missing forces on the free-body diagram. Graphically construct the net force in the grid on the right. G Gravity H = Hand Description N = Normal Force f = Friction T = Tension 1,2 Box 1, Box 2 R = Rope/String E Earth S Surface Sketch Free-Body Diagram 2F and a Vectors 2.0 kg 1R Solution The question is not complete (or missing). Because from here it cannot be understood if the boxes are being dragged. And I\'d dragged how they\'re being dragged. Please attach a complete picture of this question. * The first two are not captured in this pic. Put a clear image. .

1. l Olplete tree-body diagram and an acceleration vector. The forces on the free-body diagram and
the acceleration vector are drawn to scale, where one box is one unit (N, . Each force is labeled
with three subscripts in this order: the type of force, the object on which the force acts, and the
object exerting the force. The coefficients of friction between all surfaces are -?k-0.5. Complete
the missing information: a sketch, a description, and missing forces on the free-body diagram.
Graphically construct the net force in the grid on the right. G Gravity H = Hand Description N =
Normal Force f = Friction T = Tension 1,2 Box 1, Box 2 R = Rope/String E Earth S Surface
Sketch Free-Body Diagram 2F and a Vectors 2.0 kg 1R
Solution
The question is not complete (or missing). Because from here it cannot be understood if the
boxes are being dragged. And I'd dragged how they're being dragged. Please attach a complete
picture of this question.
* The first two are not captured in this pic. Put a clear image.