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West York Science
Department Lab Report Rubric |
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Student Name(s):
________________________________________ |
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CATEGORY |
4 |
3 |
2 |
1 |
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Abstract |
Abstract |
Abstract contains a clear
summary of all other parts of the lab report in 100-150 words. |
Abstract contains a summary of
most of the other parts of the lab report and is 100-150 in length |
Abstract contains a summary of
some portions of the lab report and is 100-150 words in length |
Abstract contains very little
information from each of the other sections of the lab report and is 100-150
words in length |
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Introduction |
Question/Purpose |
The purpose of the lab or the
question to be answered during the lab is clearly identified and stated. |
The purpose of the lab or the
question to be answered during the lab is identified, but is stated in a
somewhat unclear manner. |
The purpose of the lab or the
question to be answered during the lab is partially identified, and is stated
in a somewhat unclear manner. |
The purpose of the lab or the
question to be answered during the lab is erroneous or irrelevant. |
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Background
Information |
Several
reputable background sources were used. Material is translated into student's
own words and thorough
information provided to explain concepts used in the lab. |
A few reputable background sources are used. Material is translated
into student's own words and adequate information provided to explain concepts used in the the lab. |
Few background
sources are used, but some are not reputable sources. Material is translated
into student's own words and some of the conepts used in the lab are explained. |
Material is directly quoted
rather than put into students own words.
Few concepts used in the
lab are explained. |
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Experimental
Hypothesis |
Hypothesized relationship
between the variables and the predicted results is clear and reasonable based
on what has been studied. |
Hypothesized relationship
between the variables and the predicted results is reasonable based on
general knowledge and observations. |
Hypothesized relationship
between the variables and the predicted results has been stated, but appears
to be based on flawed logic. |
Hypothesis is stated, but not
directly related to variables being observed in the lab and/or hypothesis is
based on flawed logic. |
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Methods |
Materials |
All materials and setup used in
the experiment are clearly and accurately described. |
Almost all materials and the
setup used in the experiment are clearly and accurately described. |
Most of the materials and the
setup used in the experiment are accurately described. |
Many materials are described
inaccurately OR are not described at all. |
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Replicability |
Procedures are specific and
replicable. Steps are outlined sequentially and are adequately detailed. |
Procedures appear to be
replicable. Steps are outlined and are adequately detailed. |
All steps are outlined, but
there is not enough detail to replicate procedures. |
Several steps are not outlined
AND there is not enough detail to replicate procedures. |
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Experimental
Design |
Experimental design is a
well-constructed test of the stated hypothesis. |
Experimental design is adequate
to test the hypothesis, but leaves some unanswered questions. |
Experimental design is relevant
to the hypothesis, but is not a complete test. |
Experimental design is not
relevant to the hypothesis. |
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Drawings/Diagrams |
Clear, accurate diagrams are
included and make the experiment easier to understand. Diagrams are labeled
neatly and accurately. |
Diagrams are included and are
labeled neatly and accurately. |
Diagrams are included and are
labeled. |
Needed diagrams are missing OR
are missing important labels. |
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Data/Calculations |
Data |
Professional looking and
accurate representation of all of the data in tables and/or graphs. Graphs
and tables are labeled and titled. |
Accurate representation of the
data in tables and/or graphs. Graphs and tables are labeled and titled. |
Accurate representation of the
data in written form, but no graphs or tables are presented. Or some data is
missing. |
Data are not shown OR are
inaccurate. |
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Qualitative
Observations |
Clear, accurate, dated, specific
observations are recorded after each step of the procedure. |
Dated, clear, accurate, specific
observations are recorded after most steps of the procedure |
Dated, general observations are
taken occassionally, but accuracy of observations might be questionable. |
Observations rarely taken or of
little use. |
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Calculations |
Samples of each calculations are
shown and the results are correct and labeled appropriately. |
Some calculations are shown and
the results are correct and labeled appropriately. |
Some calculations are shown and
the results labeled appropriately. |
Most calculations are NOT shown
OR results are inaccurate or mislabeled. |
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Discussion |
Analysis
& Interpretation |
Correct conclusions are drawn
from data.The specific relationship between the variables is discussed and
trends/patterns logically analyzed. Graphs and statistical analysis are done
(if applicable). |
Correct conclusions are drawn
from data. A general relationship between the variables is discussed and
trends/patterns are identified. Graphs and statistical analysis are
incomplete or inaccurate (if applicable). |
Conclusions are drawn from data.
Trends/patterns are identified but no or the incorrect relationship is
discussed. Graphs and statistical analysis are incorrect (if applicable). |
Conclusions are drawn from data.
No trends/patterns are identified and no relationship is discussed. Graphs
and statistical analysis are missing (if applicable). |
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Error
Analysis |
Specific Experimental errors,
their possible effects, and specific ways to reduce errors are discussed. |
General Experimental errors,
their possible effects, and general ways to reduce errors are discussed. |
Experimental errors discussed.
Missing possible effects OR ways to reduce errors. |
Experimental errors mentioned. |
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Conclusion |
Conclusion includes whether the
findings supported the hypothesis. Describes the knowledge acquired and how
it relates to the background information. |
Conclusion includes whether the
findings supported the hypothesis and what was learned from the experiment. |
Conclusion includes whether the
findings supported the hypothesis OR what was learned from the experiment. |
Conclusion was included in the
report but shows little effort and reflection. |
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Future
Applications |
Specific predictions are made
about what might happen if part of the lab were changed and
how the experimental design could be changed or
extended. Applies knowledge to specific real life situations. |
General predictions are made
about what might happen if part of the lab were changed or how the experimental design could be changed. Applies knowledge
to specific real life situations. |
Some prediction is made about
what might happen if part of the lab were changed or how the experimental design could be changed. Applies knowledge
to general real life situations. |
No Predictions are made about
what might happen if part of the lab were changed or how the experimental design could be changed. No application to
real life situations. |
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Format |
Spelling, Punctuation and Grammar |
Minimal errors in spelling,
punctuation and grammar in the report. |
Few errors in spelling,
punctuation and grammar in the report. |
Many errors in spelling,
punctuation and grammar in the report distract the reader. |
Extensive errors in spelling,
punctuation and grammar in the report make meaning unclear. |
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Components
of the report |
All required elements are
present and additional elements that add to the report (e.g., thoughtful
comments, graphics) have been added. |
All required elements are
present. |
One required element is missing,
but additional elements that add to the report (e.g., thoughtful comments,
graphics) have been added. |
Several required elements are
missing. |
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Total Score =
____________________ / 68 |
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Comments: |
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