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Through Newton's Laws, which are the fundamental laws that describe the movement of bodies in classical mechanics, it was possible to identify physical quantities which, in some very common cases, are invariant according to the passage of time. These quantities are like movement constants in this case. One of them is Mechanical Energy, as it is known to be invariant if on the studied system act only conservative pictures. (a) Using a description as a basis energy of the movement, physically explain the vertical movement of a particle close to the Earth's surface. (b) Compare that description with a dynamic approach

Through Newton's Laws, which are the fundamental laws that describe the movement of bodies in classical mechanics, it was possible to identify physical quantities which, in some very common cases, are invariant according to the passage of time. These quantities are like movement constants in this case. One of them is Mechanical Energy, as it is known to be invariant if on the studied system act only conservative pictures. (a) Using a description as a basis energy of the movement, physically explain the vertical movement of a particle close to the Earth's surface. (b) Compare that description with a dynamic approach

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Through Newton's Laws, which are the fundamental laws that describe the movement of bodies in classical mechanics, it was possible to identify physical quantities which, in some very common cases, are invariant according to the passage of time. These quantities are like movement constants in this case. One of them is Mechanical Energy, as it is known to be invariant if on the studied system act only conservative pictures.

(a) Using a description as a basis energy of the movement, physically explain the vertical movement of a particle close to the Earth's surface.

(b) Compare that description with a dynamic approach

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