Whenever a research is done, you must reject or accept a null hypothesis (the one you consider is not correct) or your work hypothesis (the theory you think is must probably accurate or close to the truth) usually, when performing a research, you will not always obtain positive or statistically significant results, that validate your hypothesis. Is actually, not unusual that extremes (or extraordinary results) come out (unexpected for several reasons: incorrect size of the sample, improper selection of the subjects- a bias- lack of correct determination of the variable measured or failure to determine the type of the variable-numerical, categorical, ratio,etc-)
Positive or negative results are yet, results whether they prove or reject your hypothesis. Failing to establish a scientific hypothesis does not necessarily mean that they did something wrong, it just says that the hypothesis tested does not approach correctly to the epistemological truth (ultimately, any research is only a mere approximation to reality). Therefore, when two scientists deny sharing<em> unusual results</em>, they are acting unethically, hiding results that can mean something from a different point of view.
reference
Nicholson, R. S. (1989). On being a scientist. Science, 246(4928), 305-306.
Watson is to behaviorism as Rodgers is to psychology
Though Chinese and Taiwanese have many similarities in their culture, language, politics and lifestyle, they differ in many ways. Since 1949, Chinese and Taiwanese are in conflict with each other. China is known as the People's Republic of China, and Taiwan is known as the Republic of China
Radiation monitors that use lithium fluoride crystals to record dose are called:
- Thermoluminescence dosimeters
<h3>What are Thermoluminescence dosimeters?</h3>
Thermoluminescence dosimeters are radiation monitors that can be used to capture the amount of dose administered. The functional substance in this equipment is Lithium Fluoride.
Radiation causes the electrons in this equipment to become excited. Under high temperatures, the electrons give off photons that are equal to the amount of radiation they consumed.
Learn more about thermoluminescence dosimeters here:
brainly.com/question/9880497
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