Respuesta :
Answer:
The net force is "Zero".
Explanation:
- The vector resultant forces acting on an object or body seems to be the net force. This same net force seems to be a constant or similar force that substitutes the influence including its original forces mostly on acceleration including its particle.
- The more you press, the larger the substrate molecules' superficial displacement, therefore the higher the tangential portion of the net intermolecular pressure is.
The net force on the cabinet is zero
Find the diagram attached below;
From the diagram shown, we can see that there are two forces acting on the cabinet. The moving force F and frictional force Ff.
The moving force Fm is in the positive direction = +Fm
The frictional force is in the negative direction = -ff
Hence Fm = Ff
Get the net force:
[tex]\sum F_x = +Fm + -(-F_f)\\\sum F_x = F_m - F_f\\\sum F_x = 0[/tex]
This shows that the net force on the cabinet is zero
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