Here is the synopsis of our sample research paper on Artificial Radiation Effects on Brain. Have the paper e-mailed to you 24/7/365.
Essay / Research Paper Abstract
This 6 page paper, which includes both powerpoint slides and speaker notes, provides an overview of the impacts of radiation on the brain. Bibliography lists 6 sources.
Page Count:
6 pages (~225 words per page)
File: MH11_MHradibra.doc
Buy This Term Paper »
Unformatted sample text from the term paper:
number of studies, including a 2006 study by Ferreri, et al. suggest that specific forms of artificial radiation, including radiation emitted by cellular phones, can have an impact on brain
tissue and neural function. As increasing exposure occurs as a result of increased cellular phone use, the potential hazards resulting from the impacts on brain cells have been studied
with varied outcomes. Some research suggests that the findings relating only minimal impacts of exposure to artificial radiation from cellular phones contradict emerging research that shows a connection between
increased exposure over time and increased neural excitability (Ferreri et al., 2006). The research problem presented relates the issue of varied study outcomes when assessing exposure to radiation from
cellular phones and the impacts on neural functioning over time. Slide 3: Numerical Hypothesis Statements Null hypothesis: v = d Alternative hypothesis: v =/= d Hypothesis:
v < d Speaker Notes: The numeric hypothesis statement relates the value found for subjects to the difference between the value and the mean. V is the
level of excitability for a given subject, and D is the difference between the level of excitability in those exposed to cell phone radiation and the mean level of neural
excitability determined from the total subject population. Slide 4: Verbal Hypothesis Statements Subjects exposed to cell phone radiation will experience a greater level of neural excitability when
compared to subjects who are not exposed to cell phone radiation. Speaker Notes: The verbal hypothesis is that subjects exposed to cell phone radiation will demonstrate
a greater level of neural excitability when their level is compared against the mean created from the total subject population of equal numbers of those exposed and those not exposed
...