What is the Definition of Kinetic
Let's learn about the meaning of kinetic energy, and its formulas and examples that we can find in everyday life. Kinetic energy in high school or equivalent is often studied in physics. Obviously related to doing calculations using formulas. If you want to learn it then understand the discussion below:
A. What is the Definition of Kinetic Energy?
What is meant by kinetic energy is the energy found in objects that make movements. Or kinetic energy is the energy possessed by the object because of the motion it does. So the kinetic energy of an object can be interpreted as the effort needed to move an object with a certain mass, from the object in a state of rest to move at a certain speed. It can also be called Motion Energy, the name Kinetic Energy itself comes from the Greek word "Energeia" meaning "Business", and "Kinesis" means "Motion". It is important to know that kinetic energy can be influenced by two factors, namely the mass and velocity of the object (on International of Zambrut Journal Studies)
B. Examples of Kinetic Energy in Daily Life
Here are some examples of kinetic energy in what can be found around us, including: Water in rivers that move / flow at a certain speed has kinetic energy. Because running water has mass and has speed too. Meteors that fall to the surface of the earth have kinetic energy, because meteors have mass and fall at high speeds up to the surface of the earth. Someone who drove a bicycle on the road, of course the bike has a mass and will move from one place to another. A truck car that has a mass going or traveling at a certain speed. A soccer ball that rolls so it moves from one place to another. Stationery such as pencils or pens that fall from the table. Stone that was ejected by a slingshot spring. People who ride motorbikes on the highway. A train that runs at a certain speed. Fruit that fell from the tree. Electrical energy that becomes motion energy such as in fans, mixers, blenders, and others. Also Read: Understanding Dynamic Electricity and Examples.
C. Kinetic Energy Formula
Based on the formula below if the object's motion is getting faster, then the kinetic energy it has is getting bigger. And if the mass of the object is large, the kinetic energy is also large.
E. Conclusion Discussion
From the above, it can be concluded that the notion of kinetic energy is the energy found in objects that make movements. Kinetic energy is also called motion energy, the name itself comes from the Greek word from "Energeia" meaning "effort", and the word "kinesis" means "motion". Examples of inetic energy that is around us such as: 1). Truck cars that have mass and go at a certain speed; 2). The ball moves so it moves from one place to another. 3). Stationery such as pencils or pens that fall from the table. 4). Stones thrown, etc.
That's a brief discussion about kinetic energy, hopefully you can understand and of course can be useful to increase knowledge. If found mistakes please forgive, that's all and thank you.