9 Experimental skills

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4 topics ยท 10 learning objectives

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  1. Problem-solving and application

    1. Solve problems in practical contexts

      Solve problems set in a practical context.

    2. Apply physics in practical contexts

      Apply scientific knowledge and understanding in questions with a practical context.

  2. Investigation planning and methods

    1. Devise and plan investigations

      Devise and plan investigations, using scientific knowledge and understanding when selecting appropriate techniques.

    2. Safe and appropriate experimental methods

      Demonstrate or describe appropriate experimental and investigative methods, including safe and skilful practical techniques.

  3. Observations, measurements and variables

    1. Precise observations and measurements

      Make observations and measurements with appropriate precision, record them methodically and present them appropriately.

    2. Independent, dependent and control variables

      Identify independent, dependent and control variables.

  4. Analysis, communication and evaluation

    1. Analyse data and draw conclusions

      Use scientific knowledge and understanding to analyse and interpret data and draw conclusions consistent with experimental evidence.

    2. Communicate experimental findings

      Communicate experimental findings using appropriate technical language, relevant calculations and graphs.

    3. Assess experimental reliability

      Assess the reliability of an experimental activity.

    4. Evaluate accuracy and validity

      Evaluate data and methods, taking into account factors that affect accuracy and validity.