APPLICATION OF PHYSICAL SCIENCE IN DAILY LIFE

APPLICATION OF PHYSICAL SCIENCE IN DAILY LIFE

Many of the events in our lives that involve the physical sciences whether we are conscious or unconsciously. The more we understand the physics we will know that the physics have a broad scope. Here is an example of the physical sciences applications in everyday life.

Straight Motion Regular application.

Motion Straight Regular is a movement that has a constant speed. Although Motion Straight Regular hard to find in everyday life, because usually the velocity of the object is always changing. For example, when you ride a motorcycle or a car, the car is definitely always changing. When there is a vehicle in front, the speed of the vehicle will definitely be reduced. It is that we are not collisions with other riders, especially if the road conditions are crowded. Else if the condition of the road twists and damaged.

Applications uniformly accelerated motion in everyday life.

Uniformly accelerated motion is uniformly accelerated motion. Uniformly accelerated motion of objects mean velocity increases or decreases regularly regularly. The speed of change is called acceleration. In layman In the case of wheeled vehicles, for example, when it began to move from rest, the riders usually pressing the gas pedal the car or pull on the gas pedal the motor, accelerator pedal is usually not pushed or pulled with a regular, so even though the vehicle seems to start moving to the acceleration of certain large acceleration is not fixed alias is always changing. Examples of uniformly accelerated motion in everyday life in motion aka horizontal landscape almost nothing. Examples of uniformly accelerated motion which we always encounter in life is a movement in free fall. For example is a delicious mango or coconut falling from a tree And if we ever fell from the roof of the house without realizing we also do a uniformly accelerated motion.

Vertical motion applications in everyday life.

Vertical motion consists of two types, namely vertical motion up and down vertical motion. Object perform a vertical movement upwards or downwards if the trajectories of objects straight. If the oblique trajectory, movement of the object includes a parabolic motion. Vertical motion applications in everyday life, for example when we throw something perpendicular to the bottom (ground level), this includes the vertical motion.

Application of electromagnetic waves.

How mobile devices can be connected with other mobile devices when they are further apart? The concept that could explain this phenomenon is the concept of electromagnetic waves. The concept turned out to be a very broad electromagnetic waves not only associated with TV or phone only, but many other applications that can often be found daily around us. These applications include microwave, radio, radar, or x-rays.

Application of energy (nuclear) in everyday life.

The use of nuclear technologies and techniques can provide benefits and a major contribution to the economic development and welfare of the people. For example, nuclear can be used in agriculture, such as sorghum and wheat plant breeding through mutation induction method with gamma rays. In the field of medicine, nuclear techniques contribute no less great, ie, therapy three-dimensional conformal radiotherapy (3D-CRT), which can develop surgical methods using ionizing radiation as a scalpel. With this technique, cases of malignant tumors are difficult to reach with conventional scalpel become insurmountable, even without damaging other tissue.

In the energy sector, nuclear energy can play a role as a producer of Nuclear Power Plant . Nuclear Power Plant can produce more energy than plants

Application of Newton's laws:

Law 1 newton:

"Every object will maintain a state of rest or moves straight uniform, unless there is a force that works to change it"

Example: if we were in a car when the car was suddenly ahead of our body suddenly pushed

to the back

Law 2 newton:

"The change of motion is always proportional to the force generated / work, and have the same direction as the normal line of tangency style and things"

Example: when we were in the elevator

Law 3 newton:

"For every action there is always a reaction equal and opposite directions: or style of two bodies upon each other are always equal and opposite directions"

Example: when we press the board (action) then blackboard react, when

the action is greater than the reaction of the whiteboard will be damaged and vice versa.