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Observing a change in state of matter is a observation that could be made and recorded.
To take observations (for example, while doing a lab report) means to write down details about what is occurring throughout the process of the experiment.
Experiments can be used to test a hypothesis. For example, an ecologist may set up an artificial environment in a lab to imitate and manipulate conditions that organisms would encounter in the real world. Scientists use experiments to manipulate variables until they find the answer to their question. This is all part of the scientific inquiry.
Observation: Since there were no refrigerators, the mandatory, daily trip to the butcher shop, especially in summer, meant battling the flies around the carcasses. Typically, carcasses were "hung by their heels," and customers selected which chunk the butcher would carve off for them."Conclusion": Obviously, the rotting meat that had been hanging in the sun all day was the source of the flies.
A qualitative observation is used in chemistry, and is simply observing physical changes.
There is great importance in observation. Observation allows you to connect patterns and recreate ideas that you need to know to complete experiments for example.
There are a great many traits that are useful in scientific investigation. Being an excellent observer is a useful trait for example.
Observing a change in state of matter is a observation that could be made and recorded.
Because man is sinful and cannot always be right, common sense sometimes gives way to scientific observation and study. An example of this is the old belief that the earth was flat. Common sense and observation showed it to be flat. Further investigation showed that the earth was actually round.
Something is said to be scientific, for example, a scientific idea, if it conforms to the principles of science. Science is based upon honest observation and logical reasoning.
When you take a look at something so you can figure out what you need to do.
The differences are matters of degree. That is, there's no special technique that makes an observation "scientific." Probably the best way to distinguish a scientific observation is to see how that observation is described. The more objective the description, the more scientific the observation. For example, whereas an ordinary description of an auto accident might read, "The blue car came out of nowhere, weaving drunkenly, and smashed into the van," a "scientific" description might look more like this: "The blue car collided with the van, striking the latter in the left rear panel as the van was approximately halfway through the intersection."
Scientific observation is the collection of scientific evidence. It is the act of noting certain aspects of something through scientific study. So one might, for example, observe that the Sun appears to travel across the sky.Inference is the act of taking some known evidence and then reasoning a further fact from it. Inference can be based on evidence collected through observation or it can be based on pure reason alone. So, for example, we might infer from our observation that the Sun appears to travel across the sky that this means the Earth is rotating on its axis. An inference is not necessarily correct (it is in this example of course).
No, an hypothesis is a tentative conjecture explaining an observation, phenomenon or scientific problem that can be tested by further observation, investigation and/or experimentation. As a scientific term of art, see the attached quotation. Compare to theory, and quotation given there. No a hypothesis must be tested, proven to be true No. A hypothesis is a best guess based on available information and observation.
Cuba is the primary example of a socialist system in North America, though Grenada, Nicaragua, and Mexico also had socialist experiments.
A scientific law describes the behavior of something that occurs. It is often described in mathematical relationships. For example the general law of gravitation describes the force between objects of various masses at various distancesA scientific theory, however, attempts to describe why something works. There are several theories of gravity, which attempt to explain why it occurs as it does.Both Scientific Theories and Laws are based upon observation and experimentation. They can be disproved or modified to accommodate new discoveries, and must make predictions about future experiments and observations.
Proposing an explanation for the changing colors of the sky is an example of a scientific hypothesis. A hypothesis is a tentative explanation or prediction that can be tested and supported or refuted through scientific investigation and evidence.