Equal Interval System Lessons

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  1. Equal Interval System Lessons Near Me
  2. Murphy Equal Interval System

IntroductionWe do various types of works in our daily life like kicking a football, pressing something, twisting rods, playing cricket, pulling and pushing, lifting water from the well, etc. If we want to shift our table or anything from one place to another place then, we either push or pull the table to maintain in that place. It means that to move any object from one position to another position, that object has either to be pulled or pushed. This pushing and pulling of a body is known as force.

Equal Interval System Lessons Near Me

It can also be defined as the pull or push which changes or tends to change the position (either rest or motion) of a body. It can change the state of the body.

The SI unit of force is Newton (N) and the CGS unit is dyne. It has both magnitude and directions.

Equal Interval System Lessons

Types of forcePulling force:We use force to pull a table from one place to another. We pull rope towards us while playing tug of war. Similarly, while pulling Machhindranath chariot in Newari festival in Nepal, a force is used. This force is known as pulling force.

Murphy Equal Interval System

Equal Interval System Lessons

It is the force that pulls or tries to pull an object. The SI unit of force is Newton (N) and the CGS unit is dyne. When a body moves in a circular path, it experiences two types of force on it, the force that acts towards the centre is called centripetal force while the force that acts away from the centre is called centrifugal force. The muscles of the human beings and animals exert pulling and pushing force. This force is known as muscular force. When two body surfaces are slide just opposite to each other, a special type of force acts upon it or in-between them which opposes the motion of the body.

Such force is known as frictional force. A body is said to be in uniform velocity if it covers the equal distance in equal interval of time in a fixed direction. It is a vector quantity and is measured in metre in SI system.

A body is said to be moving in variable velocity if it covers the unequal distance in equal interval of time in a fixed direction. It is also a vector quantity and measured in metre in SI system.

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