Newton's first law of motion: Until it acts as an external force and changes, no object will remain in the same position without changing its resting position or linearly balanced motion.
This rule is based on Galileo's law of inertia. Newton's first law explains the fundamental property of matter and the definition of force.
In the absence of external forces, an object is called a characteristic inertia that cannot change its position on its own. Inertia can be classified into three. They are: 1. Inertia of rest 2. Inertia of motion 3.Inertia of directio.
Newton's second law of motion: Newton's first law explains the nature of objects when the possible keys are balanced.Also, from the first rule, it is known that the object in motion needs a key to change its direction or to change the numerical value of the velocity or both.That is, the physical quantity of the force is a factor that causes or seeks to cause acceleration.
Newton's second law of motion explains the nature of objects when the possible forces are not balanced.
According to this rule, the rate at which the momentum of an object varies is directly proportional to the force exerted on it; And, the momentum variation in the direction of the force is reached.
The force is the mass of the object and the force exerted by the force acting on the object, multiplied by the force. Regarding measuring the force, the second law of motion says.The acceleration of the object depends on the inertia of the object. That is, the higher the inertia, the lower the acceleration.
The force that can act on a unit mass and cause a unit acceleration can be defined as a Newton.The unit of force is newton.
Newton's third law of motion: When we sit on a chair, our body exerts an downward force on the chair, and the chair, an upward force on our body.As a result of this interaction, two keys occur, one on the chair and the other on our body.These two keys are called action and counter action keys.Newton's third law explains the relationship between these action keys.The rule is that every action has an opposite action equal to it and in the opposite direction.
According to this rule, the first of the two objects exerts a certain force on the second object.The second object exerts an equal force on the first object in the opposite direction.Newton's third law can also be called the law of action-reaction.
In our daily lives, the effect of the third operating law can be felt in many activities.1. If a bomb is fired from a gun with a specific force (action), a reaction equal to that force (reaction) will act backwards on the gun. 2. The swimmer pushes the water backwards with a certain force (action). The equivalent reaction (reaction) is activated by the water on the swimmer and pushes forward. 3. When we put our palm on the wall and press (action), the shape of the palm changes slightly. Because, the wall acts as a symmetry (reaction) on our hand.
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