The Propellent Law
The Propellent Law is a law of physics which states that an object in a given force field (acceleration, for example) will remain in a state of uniform velocity (constant speed) unless it is acted upon by an external force. This law is often used to describe the motion of bodies in air, water and optical systems.
As a law of physics, the Propellent Law has been around for centuries, and its application can be seen in everyday life. For example, when an object is dropped from a certain height, its speed will remain constant so long as there is no resistance to it. Thus, when an apple drops to the ground, it doesn’t suddenly accelerate or decelerate; rather, it keeps the same speed the whole way down. Similarly, the Propellent Law applies to objects in a vacuum; if the space is empty and the object is not subjected to any external forces, the object will continue to move at a constant speed indefinitely.
The Propellent Law can be used to describe the behavior of objects in air and water as well. Like in a vacuum, if there is no air resistance, a falling object will continue to fall at a uniform speed. If, however, there is air resistance present, the object will decelerate until its speed matches the velocity of the air. Similarly, water resistance will cause an object in the water to decelerate until its speed matches the velocity of the water.
The Propellent Law is often applied to optics systems as well. In fiber optic cables, the law is used to describe how light propagates through the channels. Without any external forces, light will continue to propagate at a constant speed and direction. However, when the light hits an external force such as gravity, it will change its speed and direction accordingly.
The Propellent Law has also found application in rocketry and spaceships. By adjusting the force fields in which the spacecraft is in, astronauts are able to maintain a uniform velocity and, ultimately, reach their intended destination.
As science advances, the Propellent Law is sure to find new and diverse applications. It is a law that will remain a cornerstone of physics for generations to come, regardless of the advances in technology and applications.
