Glossary of terms related to the Scientific Processes for inquiry
HOB Glossaries PedagogyAnalogy |
is a comparison of function, structure, or properties between two things usually to clarify or explain. |
Change |
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Classify |
Group or order collections
of objects or events according to observable common properties or differences,
and variations. These properties could include color, shape, size, pattern,
living-nonliving, sequence, behavior, rate, position, motion, scale, weight,
mass, volume, density, taxonomy. |
Communication |
Convey information through
oral and written words, nonverbal signals, and visual representationsdiagrams,
numbers, equations, graphs, drawings, diagrams, tables, exhibits, maps,
models. |
Compare |
the process used to identify similarities and differences between or among things or ideas. |
Constancy |
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Control variables |
Identify variables in a system and hold all variables constant
except those to be manipulated in the experiment.
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Define operationally |
Make a definition to describe an interaction or observation.
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Equilibrium |
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Explanation |
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Experiment |
The ability to use some
or all of the process skills to solve problems. |
Evidence |
is data collected from observation
used to explain an object or event. |
Evolution |
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Form |
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Function |
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Hypothesize |
Make a generalized prediction
which can be tested consistently through observable evidence that may
indicate one possible explanation of an interaction or event . (rubric) |
Infer |
Interpret or draw a conclusion
from an observation or information. |
Inquiry |
Asking and answering questions.
Diverse ways in which people/ scientists study the natural world and propose
explanations based on the evidence derived from their observation. Also
refers to the activities of in which people/ students develop knowledge
and understanding of scientific ideas, as well as an understanding of
scientists study of the natural world. Excellent
source on inquiry in K-5 classrooms |
Interpret data |
Find a pattern in collected
data that may lead to inferences, predictions, conclusions, hypotheses,
or models and check for reasonableness of solutions. |
Knowledge |
includes facts, concepts,
principles, theories, and laws. |
Measure |
is the process of making observations quantitative. |
Measurement |
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| Metaphor | a figure of speech used to represent or symbolically compare things or ideas that are not literally related. |
Model |
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Motion |
refers to any change in
position in relation to some reference point Rotation and linear motion
are examples. |
Nature of science |
is a method for satisfying
humans curiosity for answering questions. |
Object |
and living or nonliving
piece or pieces of matter. |
Observe |
Use of the senses to identify properties of objects, environments,
and events. (rubric) |
Order |
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Organization |
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Predict |
Make a specific forecast
of future properties or interactions based on past experiences, observations,
or organizational schemes ( chaos, systems, cycles, models). |
Property |
Characteristics of objects.
May be directly or indirectly observable. Properties could includecolor,
shape, size, pattern, living-nonliving, sequence, behavior, rate, position,
motion, scale, weight, mass, volume, density. |
Process Skills |
Actions used to observe,
communicate, organize, compare, discover relationships, infer, and apply. |
Scientific Literacy |
is the knowledge and understanding
of scientific concepts and processes required for personal decisions making,
participation in civic and cultural affairs, and economic productivity. |
Shapes |
includetwo and three-dimensional
geometric, symmetrical. Relative position is locating all objects in space
relative to a reference point. |
Spatial relationships |
Identify shapes, relative
position and motion. |
System |
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Technology |
tools used to make modifications
to the world to meet human needs. |
Variables |
a property or condition
that can change. |