some of the practical examples are
1)fire crackers
2)curing of different types of cancers and tumors
3)creation of lives from the cells(recent)
One contributor has suggested that "Technology" is the answer. Here are some additional ways we could consider this question:EngineeringInnovationEntrepreneurshipEngineering gets my vote because it is about application of the scientific knowledge. Wikipedia provides a good definition of Engineering:Engineering is the science, skill, and profession of acquiring and applying scientific, economic, social, and practical knowledge, in order to design and also build structures, machines, devices, systems, materials and processes.Innovation is a good description of this practical use of knowledge because it supports the adoption of the technology across society at large through market mechanisms.So that we avoid having too lofty a view of science and technology, we should remember that on a daily basis, a farmer makes practical use of scientific knowledge and the technologies relating to chemistry and physics.Thus, taking JB Say's 1803 definition of "Entrepreneur" (An economic agent who unites all means of production) we could rightly say that a farmer is an entrepreneur, and the farmer's work is based on the practical use of scientific knowledge.
It may very from fair to fair but some common things include an explanation of what you did your experiment, why it happened (the science behind it), and practical applications.
The disadvantages of science in daily life is that we are losing the some what "connection" between our past selves. Meaning that we are becoming more "non-original".
Applied science is not a field of science. It is an application of science. It means, now that we have used science to learn something about how the universe works, we would like to do something useful with that knowledge, in terms of making a product that we can sell, or solving some social problem, improving human health, and so forth.
An applied science is a job that uses knowledge from one or more natural scientific fields to solve practical problems. Engineering, micro technology, ceramic engineering, and zoography are all examples of an applied science.
cite some practical application and geometry
Set theory does have many practical business applications. Some of these include how the Turing machine is used in computer science, and the theory of crisis of foundations in math.
blue prints
An application is how your science project could help someone in a real life situation. For example, a simple science project like which paper towel brand is stronger, the application for this project could be "If someone in the world wanted to soak up more with a paper towel, then that person could use 'this' brand instead of 'this' one because the other towel brand is stronger and soaks up more liquids.
One very practical application is that it allows us to see things. Light, from whatever source, hits an object are is reflected. Our eyes perceive the reflected light and our brains translate that information into an image of the object. I would say that is a very practical application, wouldn't you?
Natural Science: a scientific field that deals with the objects, phenomena, or laws of nature and the physical world. Some examples of natural sciences are, physics, biology and chemistry. Applied Science: the application of knowledge from one or more natural sciences to slove practical problems. Engineering fields are related to applied sciences. That's a basic overview of the two.
Ultrasound pictures are a fantastic advancement in technology. One practical application of ultrasound is in the non-invasive monitoring of fetal development in pregnant women.
Yes, learning the answer to the scientific questions is important.However, these answer do not help people unless they can be used in some way.Teachnology is the practical use of science in our lives.
Because some of life's questions are too deep and complicated for science to answer.
Quark is a biology life science term. They are particles in matter.
Virtually all of medical knowledge and practice is based on some application of science and/or scientific research.
Some practical applications of 2D technology in real life include graphic design, animation, digital art, architectural drafting, and creating illustrations for books and magazines.