Which statement best explains why a paper airplane eventually falls to the ground?(1 point) Responses Inertia creates the new forces acting on the airplane to keep it up. Inertia creates the new forces acting on the airplane to keep it up. Inertia acts as a balanced force that slows the airplane and pulls it down. Inertia acts as a balanced force that slows the airplane and pulls it down. The unbalanced forces of air resistance and gravity slow the airplane and pull it down. The unbalanced forces of air resistance and gravity slow the airplane and pull it down. The force from throwing the airplane loses strength as the airplane moves.

Question

Which statement best explains why a paper airplane eventually falls to the ground?(1 point) Responses Inertia creates the new forces acting on the airplane to keep it up. Inertia creates the new forces acting on the airplane to keep it up. Inertia acts as a balanced force that slows the airplane and pulls it down. Inertia acts as a balanced force that slows the airplane and pulls it down. The unbalanced forces of air resistance and gravity slow the airplane and pull it down. The unbalanced forces of air resistance and gravity slow the airplane and pull it down. The force from throwing the airplane loses strength as the airplane moves.

Answer 1

The unbalanced forces of air resistance and gravity slow the airplane and pull it down.

Answer 2

The statement that best explains why a paper airplane eventually falls to the ground is: The unbalanced forces of air resistance and gravity slow the airplane and pull it down.

Answer 3

The correct answer is: "The unbalanced forces of air resistance and gravity slow the airplane and pull it down."

To understand why a paper airplane eventually falls to the ground, we need to consider the concept of forces acting on the airplane. When the paper airplane is thrown, it initially moves forward due to the force applied to it. However, as it moves through the air, it encounters two main forces: air resistance and gravity.

Air resistance is the force exerted by the air on the moving object. In the case of a paper airplane, as it moves forward, the air pushes against it, slowing it down. The shape and design of the paper airplane can also affect the amount of air resistance it experiences.

Gravity, on the other hand, is the force that pulls objects towards the Earth. It acts vertically downward, opposing the upward motion of the paper airplane. As the airplane moves higher into the air, the force of gravity becomes stronger, gradually slowing it down and eventually causing it to fall to the ground.

The combined effect of air resistance and gravity creates unbalanced forces on the paper airplane. While inertia does play a role in the motion of the airplane, it is the unbalanced forces of air resistance and gravity that ultimately slow it down and pull it towards the ground. The statement "The unbalanced forces of air resistance and gravity slow the airplane and pull it down" best explains why a paper airplane eventually falls to the ground.