Newton's Laws of Motion:

The movement of the aircraft in the air can be explained and explained by the physical principle discovered by Sir Isaac Newton over 300 years ago. Newton has worked in many areas of mathematics and physics. He developed a theory of universal gravity in 1666 when he was 2366 years old. About 20 years later, in 1686 he proposed three motion laws with "Principia Mathematica Philosophiae Naturalis". These laws are shown above and the application of these laws in aerodynamics is shown on a separate slide.

Newton's first law states that each object remains stationary or moving unless forced to change the state by the action of external force. This is usually considered as the definition of inertia. The important point here is that if there is no net force acting on the object (all external forces cancel each other), the object will maintain a constant speed. If the speed is zero, the object will remain stationary. When an external force is applied, the speed changes with force.

The second rule explains how the velocity of an object changes when an object receives external force. The force defined by the law is equal to the change in momentum (the quality times the speed) for each change. Newton also developed a mathematical calculation method, and the "change" expressed by the second law is most accurately defined in differential form. For objects with a constant mass m, the second rule states that the force F is the product of the mass of an object and its mass. Acceleration a:

When externally applied force, the change in speed depends on the mass of the object. The speed varies with force, and force is generated when the speed changes as well. This expression is both valid and valid

The third law states that there is essentially the same opposite reaction for every act (power). That is, if object A applies force to object B, object B also applies equal force to object A. Note that forces apply to different objects. The third law can be used to explain the occurrence of wing lift and the thrust generated by the jet engine.

You can see short videos about Orville and Wilburette explaining how Newton's law of motion explains the flight of those planes. You can save the movie file on your computer and display it as a podcast in the Podcast player

In its original form, Newton's law of motion is not sufficient to characterize the motion of rigid bodies and deformable objects. In 1750 Leonhard Euler introduced the generalization of Newton's kinetic law known as the Euler's kinetic law and later applied to deformable objects assumed to be a continuum. Euler's law can be derived from Newton's law if the object is represented as a collection of discrete particles each following Newton's law of movement. However, Euler's law can be used as an axiom to describe the law of motion of expansion, independent of the structure of the particle.

Classical mechanics is basically based on the Newtonian motion law. These laws explain the relationship between force acting on the body and body movement. They were first written by Sir Isaac Newton in his work Philosophia Naturalis Principia Mathematica and first published on July 5, 1687. Newton's three laws are as follows. Quantum mechanics is a set of principles that describe the atomic level physical reality (molecules and atoms) of a substance. And elementary particles (electrons, protons, neutrons, and even smaller elementary particles like quark). These descriptions include simultaneous behaviors and radiant energy of waves and particles of matter described by the duality of waves and particles.

Newton's first "principle" explains Newton's three laws of movement. Newton's first law is the application of modern physics. Newton's first kinetic law states that "As long as external forces are not applied, the body remains stationary, and the body in motion continues to move constantly." This rule is also known as the principle of inertia. The second law of Newton defines "weight and acceleration force, this is the first big difference between weight and weight." Newton's third law states that "the same opposite for all actions There is a reaction ". This law is used today in modern rockets and is one of his most famous laws. Newton was able to learn how gravity between the Earth and the moon was calculated using three laws. (Asimov, 108). Newton's three laws can be explained as the basis of motion theory.