□ The introduction includes an observation that leads to the research question
□ A descriptive yet concise title is given
□ A grammatically correct question about a precise relationship is asked
□ A sufficiently detailed question to stand alone and be self explanatory is asked
□ A specific measurable dependent variable is included
□ A specific independent variable to be manipulated is included
□ Precise locations and measurements are given
□ Thinking, initiative or insight for investigating chosen topic is given
□ Justification indicates personal interest, significance or curiosity for chosen design & presentation is given
□ All information is clearly supported with references
□ At least 3 appropriate sources with authors have been used
□ Both Internet and print sources are included; books and peer reviewed journals
□ There is no plagiarism (this will give a zero)
□ A grammatically correct answer to the research question is given
□ The hypothesis can be supported through scientific research and reasoning
□ A precise relationship between the independent and dependent variables is predicted
□ The independent and dependent variables are written exactly the same as in the question
□ The hypothesis is given as a scientifically reasonable answer to the research question
□ The hypothesis is clearly justified and supported through a review of scientific literature
□ All key variables relevant to the experiment are investigated
□ Subheadings of Independent Variable, Dependent Variable and Controlled Variables are given
□ Independent and dependent variables are written exactly the same as in the question
□ A brief description of how the independent variable is modified is given
□ A brief description of how the dependent variable is measured is given
□ Controlled variables include all significant variables that could affect the dependent variable
□ A brief description of why each controlled variable must be kept constant is given
□ [List all equipment used] [Include all items, quantities, concentrations, volumes, masses etc., for measuring equipment uncertainties]
□ An introduction establishes the methodology as a fair test of the hypothesis
□ The modification of procedures from other sources are clearly referenced in APA format (can be at start)
□ All materials are clearly listed with details (type, amount, size, volume, concentration…)
□ Diagrams and/or photographs clearly showing the setup of apparatus is included
□ Diagrams and photographs are referenced using APA or (Drawing/Photograph by Author)
□ What was done and an explanation of why is given for each step
□ How the independent variable was manipulated is clearly described
□ How the listed controlled variables were kept controlled in the experiment is described
□ The use and method of random sampling is described where relevant
□ Comment on possible hazards, environmental, ethical and social impacts of the work, and say how they will dealt with to minimise the impact] (even if there are no environmental or ethical issues, you need to show that this has been considered)
□ The introduction establishes the data collected is valid for answering the research question
□ Comments on how the research has driven the method design is explored
□ Initial testing is outlined
□ The reliability of the methodology is established through sufficient repetition
□ How the dependent variable measurements were taken is precisely explained
□ The number of dependent variable measurements and why this amount is described
□ The size of the increments between each data point and why this was acceptable is described
□ The use of at least 5 repeats to calculate standard deviation for error analysis is explained
□ The collection of data from any other students or sources is clearly explained and referenced
□ A short introduction is given to establish what data was collected and why it is appropriate
□ Appropriate raw quantitative data is recorded in a clearly designed and drawn table
□ A descriptive title with the variables is given for the data table
□ Column headings include the quantity, units and uncertainties
□ Data is recorded to an appropriate degree of precision and consistent with uncertainties
□ How the uncertainties were determined for measurements is stated below the data table
□ Each data table has a short paragraph establishing its relevance
□ Qualitative data is recorded in the data table or separately as appropriate
□ A short introduction of how the data was processed is given
□ The relevance of this data processing to answer the research question is given
□ Calculations are carried out correctly and allow construction of an appropriate graph
□ Calculations are included in a table of calculations when appropriate
□ Data table from collection is copied and pasted and modified to include calculations
□ Sample calculations are demonstrated for the reader
□ Uncertainties are calculated and explained if necessary
□ The dependent variable is appropriately graphed against the independent variable
□ Graphs include descriptive titles of the variables and axis are labeled including units
□ Error bars showing the uncertainties are included on the graph for individual data points
□ How uncertainties were determined is stated below the graph and explained if not included
□ Maximum and minimum lines of best fit are drawn if appropriate
□ Further processing of graphical information such as gradients etc is carried out where appropriate
□ Each graph has a paragraph discussing the relationship(s) and trends shown
□ An introduction is given
□ A conclusion is clearly stated “In conclusion…”
□ The conclusion given is correct and clearly supported by the interpretation of the data
□ Key data from the analysis is given and trends in the data are discussed
□ The extent to which the hypothesis is supported by the data is explained
□ The variation in results is reported, showing the strength of the conclusion
□ Scientific reasoning is used to show the validity of the relationship
□ How far the conclusion can be generalized is discussed
□ Results are compared to literature values (where appropriate) and the percentage error is calculated
□ The results are compared to secondary data values
□ The appropriateness of the apparatus in obtaining relevant data is commented on
□ Strengths of the data and method are commented on
□ Weaknesses in the methodology are discussed
□ The reliability of the data is commented on
□ The quantity of the data is commented on
□ The precision and accuracy of the data is commented on
□ Outlier data or irregularities in the data are addressed (could be underneath graph)
□ The significance of uncertainties in the trend line is determined
□ Where limitations are determined to be significant, specific improvements are proposed
□ Improvements effectively address the limitations (not just to be more careful)
□ Improvements are given which are possible within the context of a school laboratory
□ At least 1 research question is stated with clear independent and dependent variables
□ The research questions are an extension from the conclusion and evaluation
□ A short explanation for each question is given to establish its importance and relevance
□ Parenthetical in-text references/citations are given in an appropriate format such as APA or MLA
□ A Works Cited List with formatting is given at the end of the report
□ Sources are written in alphabetical order by author’s last name
□ Each source is listed with a hanging indent
Overall Presentation
□ No spelling or grammar errors are present
□ There are clear headings for each section, with consistent formatting
□ appropriate size and font is used
Methodology
□ A well-organized methodology written in past tense with good paragraph/numbered structure