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What is difference between science and technology

Science is a process for acquiring knowledge and understanding, while Technology is the study and development of products to meet human needs. Technology is also a branch of science that focuses on the ethical effects of an action. The difference between the two is very subtle, but is a critical component of defining success. While science is generally helpful, technology may also be harmful. For example, science gives us the theory for the Atom Bomb, while technology makes it a weapon of mass destruction. Science predicts every field of study, while Technology develops products that implement scientific principles.


Science is a system of obtaining knowledge.

Science is the systematic study of the world around us and the processes involved in acquiring knowledge. Scientists use empirical methods, such as experiments and observations, to acquire knowledge. This process is also known as scientific inquiry. The main purpose of science is to produce useful models of reality. While science is a highly effective method for acquiring knowledge, it does not provide answers to all questions. Its most common methods are observation, experimentation, and mathematical models.A key aspect of science is its reliance on empirical research to arrive at conclusions about the natural world. Scientists make observations, test hypotheses, and develop theories to answer questions about nature. Their results are verified by repeated observations and experimentation, and are generally regarded as reliable if other scientists agree with them. Some theories may be proven wrong, while others are considered “unproven”.One branch of science, biology, is devoted to the study of life. It focuses on interactions between living organisms and their environments. It attempts to explain the nature of the universe and the processes that govern them.

There are several branches of biology, each dealing with a different aspect of the physical world. The field of biology is particularly broad and covers many scales. One branch of biology, for example, is concerned with the origins of life on earth.Basic science focuses on expanding knowledge and addressing practical problems. Applied science focuses on solving real-world problems, usually a human problem. It often begins by defining the problem and working from there. For example, vaccines are the result of applied science. It is critical to understand the different dimensions of science and its applications in our lives. If we want to understand the nature of our universe, we must first understand how it works.The scientific method involves observations, experimentation, and data collection. Scientists collect and analyze information from natural or contrived settings. They then publish the results so that other scientists can replicate their findings. As research proceeds, scientists may make inferences or find patterns. But scientific reasoning is more complex than the scientific method alone implies. They use observation, experimentation, and other methods to gather data and make accurate conclusions.



Technology is a set of engineered creations to meet a need.

Science has developed technologies to meet human needs. Advancements in science and engineering have changed human life and the way we interact with the natural world. Engineers are continually improving technological systems by using scientific knowledge and engineering design practices to minimize risks and maximize benefits. These innovations often depend on the decisions of society to achieve widespread adoption. Sometimes they are the result of a long process of evaluation by engineers and scientists, including evaluations of their impacts on society and the environment.Engineers are trained to apply knowledge of the physical world to create solutions for specific problems. Scientists study the natural world, gather data, formulate a hypothesis, and test that hypothesis by conducting experiments and analyzing data. Engineers design solutions based on their findings, identifying a need, and applying principles to create products and processes. They also focus on efficiency, cost, and limits.Science and engineering are closely interrelated. The applications of science to engineering include everything from new technologies to medical treatments and new products. In fact, the scientific study of light and lenses may have led to the invention of the microscope around the same time as the telescope. Science and engineering can work hand in hand to create new technologies, which is crucial for human life. This process of discovery and development has shaped human society and our planet.


Engineering is a process of studying and developing technology.

The application of science and mathematics to the world around us is called engineering. Engineering, according to the Engineers Council for Professional Development, is the creative application of scientific principles to the design of things. This may include designing structures, machines, and manufacturing processes. Engineers create these products and services by combining their knowledge of nature with their creative skills. They also create systems for making machines and parts. In the end, they create products and systems that fulfill human needs and improve the quality of life.The field of engineering emphasizes the use of materials and energy to create a better world. Engineers use these materials to create designs that work well while minimizing the potential for harm to the user. Engineers also consider the safety factor when creating designs to reduce the risk of unexpected failures. The study of materials and energy requires a thorough understanding of laws of physics and math, including the use of heat and fluid flow.


An engineering degree can lead to employment in other industries. Some biomedical engineers go on to law school to become patent lawyers, corporate lawyers, or even physicians. According to the National Science Foundation, there are more than 21.5 million people working as scientists, including engineers. In contrast, almost one-third of all college graduates are employed in the business and management industry. And nine million are employed in other categories, including engineering, science, and math.Early industrial processes led to the development of chemical engineering. Chemical reactions were widely used. Manufacturing plants sprang up and engineers were needed to design them. Environmental engineering expanded to address the challenges of global warming. Examples of this include renewable energy, pollution control, and environmentally friendly urban planning. These are only a few of the many branches of environmental engineering. These branches are growing in importance with the world we live in.