RUBRIC FOR BOTTLE ROCKET POSTER

Things to think about.
1.  Related title for the lab and data table.
2. Height grid:  to determine height, reading a graph, drawing a slope line.
3.  Drawing of launch:  steps of the launch, label the materials used, include explanation/description of what/why something is happening.  (i.e. - what causes the bottle to move against gravity)
4. Data Table:  appropriate title, record numerical data with units, clear observations, appropriate measurements.
 

 
Sections of the Poster
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2
3
4
Grid Grid includes height of observer. included the angle in degrees, marked the slope line from the point of origin, includes the average slope line intersecting the distance from the launch pad. Grid includes height of observer. excluded the angle in degrees, marked the slope line from the point of origin, includes the average slope line intersecting the distance from the launch pad. Grid excludes height of observer. excluded the angle in degrees, marked the slope line from the point of origin, includes the average slope line intersecting the distance from the launch pad. Grid excludes height of observer. excluded the angle in degrees, marked the slope line from the point of origin, includes only one slope line intersecting the distance from the launch pad.
Drawing Includes all steps of the launch (and return)and identifies precisely where all concepts play a role. Includes all the material used. Includes most steps of the launch (and return) and identifies  where most concepts play a role. Includes most the material used. Includes some steps of the launch (and return) and partly identifies where some concepts play a role Includes some the material used. Includes steps of the launch (and return) and barely identifies where a few concepts play a role. Excludes the material used.
Data Table Observation are accurate and complete.  Included measurements units Observations are mostly accurate and complete. included measurements units Observations are fairly accurate and complete. Included some measurements units Observations are fairly accurate  but incomplete.  Excluded measurements units
Analysis  precisely explains experimental results using Newton's Laws, Fluid forces, thoroughly understands Pascal's principle and the role of gravity  explains experimental results using Newton's Laws with minor errors but in mostly correct.  has some minor misconceptions of Pascal's principle and the role of gravity partly explains experimental results using Newton's Laws and fluid forces but with some errors. has some misconceptions of Pascal's principle and the role of gravity does not use Newton's Law or fluid forces to explain experimental results and shows serious misconceptions about Pascal's principle the role of gravity.