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KINETICS - Coggle Diagram
KINETICS
Knewtons law of motion
FIRST LAW: “An object will remain at rest or
continue with constant velocity unless acted on by an unbalanced force.”
Consider as the law of inertia, It is also evident how taking into account what the law established when an object is traveling at constant speed in a constant direction, the forces thar are also on it must be balanced
EXAMPLE: 
SECOND LAW: We could see how the second law relates the change in motion (Seen as acceleration) to the force causing that change.
The second law basically is seen as the lwa of accelaration, in this wat it would be acomplish with an specific formula.
EXAMPLE:
THIRD LAW: The third law it is defined as " when one body or object applies a force to another, the second body will apply a force equal in size but different or opposite in direction to the first object."
It is consider as the lae of reaction, and it have a biggest impact since it led us understand the relationbetween the forces and motion of differents objects
EXAMPLE:
What they are: " Forces involved in the moment of an object or body". The kenetics would have some derribates.....
LINEAR KENETICS: As we know, the Linear kinetics would come from the concept of " Kinetics" . They would be ecognize as movements in a straight line. ( shape and patterns)
Divided into:
Force: " Describes as a push or pull". The force in some way would invove contact as it the friction, or also it may act distance such as gravity. It is seen that the force tries to change the motion of the objects
Gravity: This concept would be defines as the force by wich a planet or other body draws object towards it center. In 1687, Sir Isaac Newton published his Principia which set out to understand
how objects changed their motions
Newton realize there is an attractive force between objects that was releated to two thigns. One of them was their masses seen as the amount of materials in them. And also the inversely proportional to the square of the distance between them.
Mass and weight: in this case we coudl defined mass as "the amount of material in a body or objec" wich actually it is measured in Kilograms but that its not defines as its weight.
Example:
One examplpe could be on te moon. here, the mass of an object is the same as on the earth. However, its weight
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center of the earth, there is always a force acting vertically on us."