to find out more about it
they are scientists so they use science for god sake they are smart
One method can support, or at least not disprove a hypothesis while another method will disprove it. The reason science as we know it changes very little is because we have tested the theories with every method we can think of to make sure they are true. or at least appear to be true to our current understanding.
The results of formal science study are published in any one of a wide variety of science journals. Sometimes they will be delivered as a talk at a colloquium.
"The laboratory was crowded with a variety of studious scientists."i have a laboratory in my basement
Strictly speaking, most scientists would argue that there is no such thing as The Scientific Method. Scientists adopt a wide variety of methods to get closer to the truth in different problem situations.There are, however, lots of cases where a more scientific approach has brought us better understandings. Galileo, for example, did not just watch a chandelier swinging like a pendulum. He counted the number of swings over a fixed period of time (he measured time by using his heartbeat) He took measurements when the chandelier was swinging in big and small swings. He repeated the experiment changing one variable at a time., using pendulums with different weights or different lengths, for example. He looked for mathematical relationships between the numbers he obtained and so on. From our modern viewpoint, you might say that if he had not done these things he was not "doing Science" as we currently understand it.
they are scientists so they use science for god sake they are smart
One method can support, or at least not disprove a hypothesis while another method will disprove it. The reason science as we know it changes very little is because we have tested the theories with every method we can think of to make sure they are true. or at least appear to be true to our current understanding.
The results of formal science study are published in any one of a wide variety of science journals. Sometimes they will be delivered as a talk at a colloquium.
Political scientists use a variety of social science methods. Broadly, there are three categories: qualitative, quantitative, and philosophical methods. The first two are primarily analytical and they focus on observing, describing, or predicting a political process. Some examples of qualitative and quantitative methods include surveys, factor analysis, statistical inference, and mathematical modelling. In philosophical methods, the political scientists tries to construct an explanation of a political process from theory instead of primarily data.
Scientists use a variety of methods, such as microscopy, spectroscopy, chromatography, and mass spectrometry, to identify physical changes in materials. These techniques help scientists observe changes in the size, shape, structure, composition, or properties of a substance, allowing them to understand how physical changes occur at a molecular level.
Biodiversity is measured by counting the number of different species in an ecosystem. Scientists use methods like species richness, species evenness, and the Simpson Diversity Index to quantify the variety of species present.
Scientists work in a variety of settings, including universities, research institutions, government agencies, and private companies. Their work may involve conducting experiments, analyzing data, publishing research papers, and collaborating with other scientists.
Every teacher uses a variety of assessment methods. These methods include paper testing, oral testing, and testing through projects or games.
There are a variety of theories about how politics does work or should work, and if you study these theories, perhaps some insight will result. So far, despite the expertise of political scientists, politics presents very difficult challenges in the 21st century.
True.
While soil composition is an important tool for understanding the earth's history, it alone cannot determine the age of the earth. Scientists use a variety of methods such as radiometric dating of rocks, fossils, and ice cores to determine the age of the earth. These methods provide more accurate and reliable information about the age of our planet.
Scientists study cell development through a variety of techniques, such as observing cells under a microscope, analyzing gene expression patterns, and conducting experiments on cell cultures. By investigating the processes that control cell growth, specialization, and organization, scientists can gain insights into how cells develop and differentiate into various tissue types. This knowledge is crucial for understanding embryonic development, tissue regeneration, and diseases related to abnormal cell development.