What are the characteristics of a good ..

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A hypothesis is a statement, based on previous observations, that can be tested scientifically.

A hypothesis statement regarding challenging behaviors is a summary statement that defines the problem behavior(s) and identifies: the events that reliably predict the occurrence and nonoccurrence of the behavior; the consequences that maintain the problem behavior; and the function of the behavior.

The concepts used in a hypothesis should be scientific instead ..

The idea that a scientific hypothesis must be testable often eludes students.

Syndromes Syndromes are conditions with a specific set of health related characteristics that define the condition such as Tourette Syndrome or Fragile X.

Scientific Realism and Antirealism | Internet …

The process of executing an experiment using the scientific method also ensures that data is recorded and able to be shared so that any bias on the part of the scientist performing the experiment can be reduced. Furthermore, the communication of the results allows for peers to review the work to ensure that the results are precise and accurate.

Scientific Realism and Antirealism

Experiments must have the ability to be duplicated because the “answers” the scientist comes up with (whether it supports or refutes the original hypothesis) cannot become part of the knowledge base unless other scientists can perform the exact same experiment(s) and achieve the same result; otherwise, the experiment is useless.

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The apparatus for making a scientific observation has to be based on well-known scientific principles. The telescope, for instance, is based on magnification of an image using light refraction through lenses. It can be proved that the image perceived through the telescope corresponds to that of the object being observed. In other words, you can trust observations made through telescopes. This is in contrast to magic wands, divining rods, or other devices for which no basis in science can be found. A divining or dowsing rod is a "Y" shaped branch of a tree, which is supposed to be able to help to identify places where there is underground water. The operator holds the divining rod by the top of the "Y", and the single end is supposed to dip when the operator passes over a section of land where there is water. What is the force that makes the divining rod dip? How does the divining rod "sense" the water? A scientist would try to answer these questions by experiments. Place the divining rod on a scale, for example, and then put a bowl of water under the divining rod. Is there a change of weight that indicates force? In another experiment the scale with the divining rod may be placed over a place known to have underground water, and over another place known to be dry. If these experiments show no force being exerted on the divining rod, we have to conclude that divining rods cannot be used as instruments for detecting water. We also have to conclude that any movement of the rod is accomplished by the hands of the person holding it, no matter how much the person denies it.

The Three Basic Facts of Existence: I. Impermanence …

As you’re about to see, the format of the scientific method is very logical. Really, many people solve problems and answer questions every day in the same way that experiments are designed.