Which statement best explains why a paper airplane eventually falls to the ground, the unbalance forces of air resistance in gravity, slow the airplane and pull it down, and nursery creates the new forces acting on the airplane to keep it at the force from doing the airplane, lose its strength as the airplane moves or inertia access a balance force that slows the airplane and pulled it down
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".
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.
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. To understand this statement, let's break it down and explain the concepts involved.
1. Unbalanced forces: When an object, like a paper airplane, is in motion, there are usually multiple forces acting on it. If these forces are not balanced, meaning if one force is stronger than the other(s), the object will experience a net force in a particular direction. In the case of a flying paper airplane, the unbalanced forces are air resistance and gravity.
2. Air resistance: As a paper airplane moves through the air, it encounters resistance due to the air particles pushing against it. This resistance is known as air resistance or drag. The faster the airplane moves, the greater the air resistance it experiences. Air resistance acts in the direction opposite to the airplane's motion, slowing it down.
3. Gravity: Gravity is the force that pulls all objects toward the center of the Earth. It acts vertically downward, promoting objects to fall towards the ground. In the case of a paper airplane, gravity counteracts the forward motion produced by throwing it, eventually causing it to slow down and descend.
4. Slowing and pulling down: As the paper airplane moves forward, air resistance gradually slows it down due to the friction between the airplane and the air molecules. Simultaneously, gravity pulls the airplane towards the ground, enhancing the downward motion. These combined effects of air resistance and gravity gradually decrease the airplane's speed and eventually cause it to descend until it lands on the ground.
In summary, the unbalanced forces of air resistance, which slows the airplane, and gravity, which pulls the airplane towards the ground, combine to explain why a paper airplane falls to the ground.