What are physics experiments?
Physical experiments are used to observe physical phenomena in controlled situations to recognize information about the functioning of the universe. Some experiments with physics have been carried out many times and are used for educational purposes, while some are performed for the first time and seek to discover more information about the nature of the universe. Most modern physics concerns only unverifiable mathematical equations, but the area of experimental physics is an integral part of a wide area of physics. In high school, experiments usually serve to demonstrate and demonstrate simple physical principles for students. They generally deal with general topics such as gravity or rotary movement. Other commonly said topics are the movement of electricity and fluids.
In college, most of the classics in the classroom is associated with Physics Labs. In such laboratory courses, students conduct a wide range of physics experiments that correspond to the topics obtained in the classroom. In general, these topics are more advanced thanTopics taught at secondary schools. Experiments are appropriately stricter and more advanced. They cover topics similar to topics taught in high school, but have a much greater depth.
physicists theorized and worked on creating a mathematical model of the universe for a very long time. The proposed mathematical explanations of physical phenomena tend to be experimentally verified for decades before scientists. For example, Einstein has developed his theories of special relativity and general relativity in 1906 and 1916.
It is becoming increasingly expensive to perform effective physics experiments, because the subjects of study are either incredibly small or incredibly massive. For example, the Great Hadron Kolider has been built to prove the existence of the HiggS-Boson particle by colliding othersIncredibly small particles and exploring the results of collision. Collider costs, before weighing the huge amount of energy to be launched, they are in billions of US dollars.
The Great Hadron Collider, despite its costs, is an excellent example of what exactly is the physics experiment. Its purpose is to knock particles and observe the result of the collision. It does so under very controlled conditions - the whole device is maintained at a specific temperature and the particles are accelerated to very specific speeds. As in other scientific experiments, the Great Hadron Collider allows scientists to observe the natural phenomenon of sub -controlled circumstances. They can draw their own conclusions from what they observe.