The paper plane accelerates vertically and horizontally due to the 1N and 8N forces, respectively, resulting in a curved trajectory upward and forward.
Analysis of Forces on the Paper Plane:
In this scenario, the paper plane experiences two forces. The 1N force applied from the middle to the top acts vertically upward, while the 8N force applied from the middle to the front and rear acts horizontally. These forces interact to determine the overall motion of the paper plane.
Vertical Direction:
Due to the 1N force exerted upward, there is a net force acting in the upward direction. Consequently, the paper plane will experience vertical acceleration in that direction. The magnitude of this acceleration will depend on the mass of the paper plane and the resultant force.
Horizontal Direction:
The 8N force applied horizontally from the middle to the front and rear creates a net force in the horizontal direction. As a result, the paper plane will accelerate horizontally. Again, the magnitude of this acceleration will be influenced by the mass of the paper plane and the resultant force.
Overall Motion:
Considering both vertical and horizontal accelerations, the paper plane may experience a curved trajectory upward and forward due to the combination of these forces. The exact motion will depend on the specific characteristics of the paper plane and the resulting net forces acting upon it.