In this post, we’ll discover the 5 reasons that make physics a purely basic science.
we’ll be explaining why physics is a basic science using some real-life examples, making it in a simplified content to read.
1 – physics is a subfield in a science
Physics is the study of the fundamental principles governing the natural world. It is considered a basic science because its theories lay the groundwork for our understanding of more specialized fields, like chemistry and biology.
Physics is also essential for technologies like energy production, communication, and transportation. Despite its importance, physics can be challenging because it relies on mathematical models to explain physical phenomena.
Physics is a branch of science that deals with the natural world and how it works. It is made up of many different subfields, including mechanics, electromagnetism, and thermodynamics.
Physics can be studied through experimentation and observation, and it helps us to understand how the world works.
physics has many branches, for example, it has :
the list is long, there are many topics or branches that belong to physics is very broad to mentione them all at once.
2 – it studies matter and energy.
Physics is the study of matter and energy. It is considered a basic science because it provides a foundation for other sciences, such as chemistry and biology.
Physics investigates the most fundamental principles governing the natural world. These principles include the laws of motion, energy, and thermodynamics…
Physics also helps us to understand the origins and evolution of the universe. for instance:
think about a balloon.
When you blow up a balloon, the air inside the balloon pushes against the rubber of the balloon. The rubber is resisting the air pressure, so it starts to stretch. The more air you put into the balloon, the more it stretches. Eventually, if you put more of air in, the rubber will break and the balloon will pop.
So everything that takes up space and has mass is physics. Energy is what makes things move or change. Physics can help us learn more about how the world works, like why things fall down or how electricity works.
3 – it doesn’t include directly applications of such ideas into technology
Physics is essential for understanding how the natural world works. It doesn’t include direct applications of such ideas into technology, meaning don’t know that the plain or a car we drive for example is built upon physics rules, only engineers know that and give it credit.
For example, Newton’s laws of motion were used to develop classical mechanics, which in turn was used to develop airplanes and spacecraft.
You have to understand that physicists don’t build cars or planes. Instead, they are the principal rules of motion and thermodynamics that make these cars and planes work. They are away from applications and tests which is a job of engineering.
But engineers can’t design without using physics equations and rules.
4 – A lot of physics discoveries don’t have application in science
A lot of physics discoveries don’t have any immediate application in science, but they help us to understand how nature works.
For example, scientists have discovered how to create energy from fusion, but we haven’t found a way to use this yet.
Another example is the discovery that the Earth goes around the Sun. This discovery doesn’t have a lot of application in science either, but it helps us understand our postion in the universe.
5 – Everything is physics
Physics is considered basic science because the principles of physics underlie all other sciences, meaning physics is everywhere in our life.
Physics is the study of the fundamental nature of energy and matter, and the interactions between them.
Every other science, from biology to geology to astrophysics, relies on the principles of physics to explain its findings.
Even social sciences like economics and psychology are based on principles that can be explained using physics.
Physics is also fundamental because it is the most basic form of science. It is the foundation on which all other sciences are built. Physics can be used to explain everything from the smallest subatomic particles to the largest structures in the universe.
In addition, physics is quantitative, meaning that it can be measured and predicted using mathematical models. This makes it possible to test hypotheses and theories experimentally.
Everything is physics in our life, This means that the movement of objects and the forces on them are all determined by the laws of physics.
For example, when you throw a ball, the motion of the ball is determined by the laws of physics. The force of your arm throwing the ball and the gravitational force pulling it down are both factors in how the ball moves.
So physics is a basic science that many sciences branches from.