Physics application

Physics application

Physics is a branch of science that is concerned with the properties and nature of energy and matter. Physics involves several subjects such as dynamic, kinematic, circuits, electrostatic, electromagnetism, energy and circuit motion. This paper is going to focus on the above subjects and the way they are applied in the day to day life after going through the lessons.

Dynamics

Dynamics is a branch of physics and mechanics which is usually concerned with the motion of objects in relation to their physical factor which affect them such as mass, force, energy and momentum. In the real-life, this force is applied when peddling a bicycle down in an unexceptional flat and level ground in an unexpected way. This is the force that results in the bicycle to move any time it is peddled.

Kinematic

It refers to a branch of the classical mechanics which tries to describe motion in bodies, points, and also objects systems without considering forces that cause them to be in motion. It is also concerned with geometrically possible motion of an object.  Kinematic is applied in flying of aeroplanes and also in accelerating the velocity for the aeroplane to move.

Circuits

A circuit in physics refers to the unbroken loop that divides a conductive material which helps in allowing charge to flow continuously. Breaking of the circuits means that the conductive materials will complete the path and allows the charge to flow continuously. In real-life, circuits are used on a daily basis when switching on and off the lights in our houses.

Electrostatic

Is a branch of physics that is related to electromagnetic phenomena which take place when there is a presence of moving charges after there is an establishment of static equilibrium. The charges usually reach their equilibrium position very fast because of the electric force, which is usually very strong. An example of this force is when a plastic rod get rubbed to fur and later starts to attract small pieces of papers because of the electrical charge exacted during the rubbing process.  The lessons learnt from this course are applied by the use of Van de Graaff generators a device that is used to test the amount of voltage in a current.

Electromagnetism

It is a branch of physics that deals with the electromagnetic force which occurs between particles that are electrically charged.  It is one of the fundamental forces that are exhibited in the electromagnetic fields like the light, electromagnetic force, magnetic field and electric fields. It demonstrates the physical interaction which occurs between the particles that are electrically charged. The force usually acts between the charged particles and usually combines all the electrical and magnetic forces. It is applied in the microwave ovens and table clock which all tools that we use in our day to day activities in the houses.

Energy

It is defined as the ability to do work. It is the quantitative property which has to be transferred to an object to make work performed. Energy is also referred to as the conserved quantity. Energy might exist in different forms like electrical, kinetic, thermal, nuclear, and chemical and many other forms. Energy is applied in all the aspects of life, such as moving objects like a building stone from one point to another.

Circuit motion

Circular motion in physics is defined as the movement of an object in a certain circumference of a circle or the rotation in a particular path. The motion can be either uniform following a constant angular rate during the rotation with a constant speed or the non-uniform, which has some changing rate during rotation of an object. This type of movement in real life happens when moving a stone tied on a string in a circular manner.