A nurse is collecting and assessing primary and secondary data in the community. Which of the following is an example of secondary data?
Crime statistics
Direct observation
Community informant interviews
Windshield survey
The Correct Answer is A
Choice A: Crime Statistics
Crime statistics are an example of secondary data. Secondary data refers to information that has been collected by someone else for a different purpose but is being utilized by the nurse for community assessment. Crime statistics are typically gathered by law enforcement agencies and other governmental bodies and can provide valuable insights into the safety and social environment of a community.
Choice B: Direct Observation
Direct observation is a method of collecting primary data. Primary data is gathered firsthand by the researcher through direct methods such as surveys, interviews, or observations. In this case, the nurse would be directly observing the community to gather information, making it a primary data collection method.
Choice C: Community Informant Interviews
Community informant interviews are another example of primary data collection. These interviews involve speaking directly with community members or key informants to gather firsthand information about the community's health needs, resources, and concerns. This method provides qualitative data that can be used to understand the community's perspective.
Choice D: Windshield Survey
A windshield survey is a primary data collection method where the nurse drives through the community to observe various aspects such as housing conditions, availability of services, and general environmental conditions. This type of survey provides firsthand observational data about the community.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A: "When the Exposure is Decreased or Eliminated, the Risk of Disease Declines or is Eliminated."
This statement accurately describes the concept of cessation of exposure in establishing causation. According to the Bradford Hill criteria, if a factor is truly causal, reducing or eliminating exposure to that factor should lead to a decrease in the incidence of the disease. This principle helps to confirm the causal relationship between the exposure and the disease.
Choice B: "The Exposure Must Come Before the Disease Develops."
This statement refers to the temporal relationship criterion in the Bradford Hill criteria, which states that for an exposure to be considered causal, it must precede the onset of the disease. While this is an important aspect of establishing causation, it does not specifically address the concept of cessation of exposure.
Choice C: "A Relationship is Biologically Possible, and it Makes Sense."
This statement pertains to the biological plausibility criterion, which suggests that the observed association between an exposure and a disease should be consistent with existing biological and medical knowledge. While biological plausibility is crucial for establishing causation, it does not directly relate to the cessation of exposure.
Choice D: "Increased Exposure Increases the Risk of Developing the Disease."
This statement describes the dose-response relationship, another criterion in the Bradford Hill framework. It indicates that a greater level of exposure to a risk factor should correspond to a higher risk of developing the disease. Although this is an important aspect of causation, it does not specifically address the cessation of exposure.
Correct Answer is C
Explanation
Choice A: Prevalence Rate
The prevalence rate measures the total number of cases of a disease or health condition in a population at a specific point in time or over a specified period. It is expressed as a proportion of the population. While useful for understanding the burden of disease, the prevalence rate does not provide information on the number of deaths, making it unsuitable for calculating mortality data.
Choice B: Case Fatality Rate
The case fatality rate (CFR) is the proportion of individuals diagnosed with a particular disease who die from that disease within a specified period. It is expressed as a percentage. While CFR provides insight into the severity of a disease, it does not give the overall number of deaths in a population, nor does it specify the age group affected.
Choice C: Age-Specific Mortality Rate
The age-specific mortality rate is the number of deaths in a specific age group per 100,000 population in that age group over a given period. This measure is ideal for calculating the number of deaths among school-age children, as it provides detailed mortality data specific to that age group. By using this rate, the nurse can accurately determine the mortality rate for school-age children in the county.
Choice D: Cause-Specific Mortality Rate
The cause-specific mortality rate is the number of deaths from a specific cause per 100,000 population in a given year. While this measure is useful for understanding the impact of specific diseases or conditions, it does not provide a comprehensive view of mortality across different age groups. Therefore, it is not the best choice for calculating the overall number of deaths among school-age children.
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