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bio skills

  • aim: to determine…

  • hypothesis: If ….(IV) changes then the ….(DV) will change-remember to include how DV will be measured

  • risk assessment: remember to include what the material is and the risk to you and how to prevent the risk

  • method: past tense, 3rd person

  • Discussion: summarise findings, interpret your results, address limitations, offer explanations and mechanisms, propose future directions.

  • Summarise your findings (discussion): Start by summarising what you discovered during your experiment or research. Make sure to highlight the main points clearly.

  • Interpret your results (discussion): Explain what your findings mean. How do they relate to what you expected to find? Think about why your results turned out the way they did.

  • Address Limitations (discussion): Be honest about any limitations in your study. Were there factors that might have affected your results? Think about how these limitations could impact the interpretation of your findings.

  • Offer explanations and mechanisms (discussion): provide explanations based on biology for why you got the results you did. What biological principles might explain your findings?

  • Propose future directions (discussion): think about what could be done next. Are there new questions that write from your findings? How could future studies build on what you’ve discussed?

  • Validity: the extent in which an experiment answers the question

  • Questions for validity: Does the method correctly test the hypothesis/aim? The equipment used to gather data appropriate and likely to provide accurate measurements? Were steps taken to control relevant variables? Was a control used? Why or why not?

  • Reliability: is the data consistent?

  • Questions for reliability: How many times was the test repeated? What is the best method to compare the data - Average? Comparison?

  • Accuracy: the extent in which it's true value agrees with the measured value

  • Questions for accuracy: is the equipment and method appropriate? Are my results similar to other?

  • Assess: Make a judgement of value, quality, outcomes, results or size

  • Compare: Show how things are similar or different

  • Contrast: Show how things are different or opposite

  • Describe: Provide characteristics and features

  • Discuss: Identify issues and provide points for and/or against

  • Evaluate: Make a judgement based on criteria; determine the value of

  • Explain: Relate cause and effect; make the relationships between things evident; provide why and/or how

  • Justify: Support an argument or conclusion

bio skills

  • aim: to determine…

  • hypothesis: If ….(IV) changes then the ….(DV) will change-remember to include how DV will be measured

  • risk assessment: remember to include what the material is and the risk to you and how to prevent the risk

  • method: past tense, 3rd person

  • Discussion: summarise findings, interpret your results, address limitations, offer explanations and mechanisms, propose future directions.

  • Summarise your findings (discussion): Start by summarising what you discovered during your experiment or research. Make sure to highlight the main points clearly.

  • Interpret your results (discussion): Explain what your findings mean. How do they relate to what you expected to find? Think about why your results turned out the way they did.

  • Address Limitations (discussion): Be honest about any limitations in your study. Were there factors that might have affected your results? Think about how these limitations could impact the interpretation of your findings.

  • Offer explanations and mechanisms (discussion): provide explanations based on biology for why you got the results you did. What biological principles might explain your findings?

  • Propose future directions (discussion): think about what could be done next. Are there new questions that write from your findings? How could future studies build on what you’ve discussed?

  • Validity: the extent in which an experiment answers the question

  • Questions for validity: Does the method correctly test the hypothesis/aim? The equipment used to gather data appropriate and likely to provide accurate measurements? Were steps taken to control relevant variables? Was a control used? Why or why not?

  • Reliability: is the data consistent?

  • Questions for reliability: How many times was the test repeated? What is the best method to compare the data - Average? Comparison?

  • Accuracy: the extent in which it's true value agrees with the measured value

  • Questions for accuracy: is the equipment and method appropriate? Are my results similar to other?

  • Assess: Make a judgement of value, quality, outcomes, results or size

  • Compare: Show how things are similar or different

  • Contrast: Show how things are different or opposite

  • Describe: Provide characteristics and features

  • Discuss: Identify issues and provide points for and/or against

  • Evaluate: Make a judgement based on criteria; determine the value of

  • Explain: Relate cause and effect; make the relationships between things evident; provide why and/or how

  • Justify: Support an argument or conclusion