Newton Rolls in His Grave
Following is an extended quote from Morgan Reynolds, in which he applies Newton’s Laws of motion to the real airplane hypothesis:
Newton's third law, sometimes called the law of reciprocal actions, states that all forces occur in pairs and these two forces are equal in magnitude and opposite in direction. That is, the forces of action and reaction between bodies in contact have the same magnitude, same line of action, and opposite sense. If there is a force on the building in a crash, there is an equal and opposite force on the airplane. Yet the plane does not slow down or break apart! If an aluminum plane ran into a Twin Tower, it must crumple, shatter and could not possibly leave a jetliner-shaped, cartoon-like "silhouette of passage" because in a collision with a tremendously strong building, arguably the strongest in the world, an airplane with its far lower mass, density and strength because it is built to be lightweight, would be far less able to withstand the equal force exerted on both bodies. The airlines weigh your luggage and worry about its distribution en route while building security personnel and custodians do not worry about the weight building entrants bring in or where they distribute it because buildings do not have to be lightweight and are built with redundant strength.
Strength and massiveness matter greatly in which body will fare better in withstanding the equal force of an impact. Everybody knows this in shopping for a car: should I buy a heavy SUV for safety or accept the risk of driving a lightweight econobox or sportscar? If the damage inflicted on the other body in a collision between a jetliner and a Tower were likened to a sports contest, it would be something like Tower 100, Airplane 2. Imagine, for example, that a Tower fell on the airplane instead of the aluminum airplane hitting the Tower: complete and utter devastation of the airplane. However, this mismatch is not what the videos show. Instead, the aluminum plane cuts right through steel and disappears inside the Tower. This is impossible. Structural steel is far stronger than aluminum and present in abundant quantities, and would suffer only light damage compared to complete and utter destruction/rejection of an aluminum airplane, with most of its debris scattered outside the building, especially wings, tail section and a majority of the shattered fuselage. The five floors in each Tower allegedly impacted by planes weighed more than 100X that of the alleged 140 ton airplanes.
The Hezarkhani / CNN video has become known as “Ghostplane” for good reason. The image of the airplane glides effortlessly into the side of the tower. It does not break, twist, bend, crumple or even slow down.
Passenger aircraft such as this Boeing 767 are mostly aluminum. They are hollow, and built to be as light as possible. The side of the Trade Tower was a dense grid of structural steel box columns, tied together with steel plates. It is built to be as strong as possible, and as flexible as needed.The floors of the tower were 4" steel-reinforced concrete slabs poured into steel pans, held up by cross-braced steel floor trusses. We are to believe that this airplane met those floors edge-on, and all those steel columns, at more than 500 m.p.h., and not a single piece broke off and fell to the ground?