Which best describes the role of communication in scientific investigations?
Communication can help identify good scientific questions to further investigate
.
What describes the role of communication in scientific investigations?
Which best describes the role of communication in scientific investigations? …
Communication can help identify good scientific questions to further investigate.
Which statement describes the most common ways in which students in professional scientist communicate the results of their scientific research?
procedural error. Which statement describes the most common ways in which students and professional scientists communicate the results of their scientific research?
Students communicate results in laboratory reports, and professional scientists communicate results in scientific journals.
What is the most effective way for scientists to communicate the results of their investigations for peer review?
The main ways that scientists communicate research results is by
publishing the results in journals
. Journals are archived and can be read by other people in the future.
What describes a common measurement error?
Measurement Error (also called Observational Error) is
the difference between a measured quantity and its true value
. It includes random error (naturally occurring errors that are to be expected with any experiment) and systematic error (caused by a mis-calibrated instrument that affects all measurements).
What is the importance of communication in research?
Being able to communicate the relevance and impact of their ideas and discoveries can
enhance scientists’ ability to secure funding or find a job
. It allows them to write better and more comprehensible research papers. It also allows them to be better teachers and mentors for next-generation scientists.
Why is it important to communicate science?
1,2
Being able to effectively communicate science can help advance our understanding of what scientists do and how they make discoveries
. This is why it is so important for them to be able to describe what they do to various groups who can support them, including policymakers and the public itself.
Which statement is the scientific method?
In the scientific method, observations lead to questions that require answers. In the scientific method,
the hypothesis
is a testable statement proposed to answer a question. In the scientific method, experiments (often with controls and variables) are devised to test hypotheses.
Which is a reliable source of scientific information?
Published scientific papers
are much more reliable than other sources of information because they are peer-reviewed.
Which is a reliable source of scientific information quizlet?
The most trustworthy source of scientific information is:
peer-reviewed research publications
.
Publishing results of research projects in peer-reviewed journals enables the
scientific and medical community to evaluate the findings
themselves. It also provides instructions so that other researchers can repeat the experiment or build on it to verify and confirm the results.
What is the main purpose of peer review?
Peer review is designed to assess the validity, quality and often the originality of articles for publication. Its ultimate purpose is
to maintain the integrity of science by filtering out invalid or poor quality articles
.
What are four ways a scientist can communicate results?
There are a variety of ways that scientists communicate their results of scientific research and these include
scientific journal publications, conference presentations and conference posters
.
What are three sources of measurement error?
1. What are three sources of measurement error?
Environmental conditions, defective instruments, and using or reading an instrument incorrectly
.
What are the four major sources of measurement error?
Measurement errors are commonly ascribed to four sources:
the respondent, the interviewer, the instrument (i.e., the survey questionnaire), and the mode of data collection
.
What are the types of error in measurement?
Two Types of Errors
While conducting measurements in experiments, there are generally two different types of errors:
random (or chance) errors and systematic (or biased) errors
. Every measurement has an inherent uncertainty.
