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To achieve a Level 7 you need to…
To achieve a Level 6 you need to…
To achieve a Level 5 you need to…
To achieve a Level 4 you need to…
To achieve a Level 3 you need to…
To achieve a Level 2 you need to…
AF 5: Working with evidence
Say what went well and what didn’t go
well
With help, say what has happened
Suggest what to do next
Say how the evidence can be
collected differently
AF 5: Working with evidence
Suggest an improvement to a
plan
Link cause and effect
Spot simple patterns Talk about problems with the experiment
AF 5: Working with evidence
Suggest more than one improvement to
the plan
Give a reason for making this
improvement
Describe a relationship in the
data
Say what evidence you have used to
make a conclusion
AF 5: Working with evidence
Discuss the strengths and weaknesses of
the method
Say whether the results were reliable
Spot odd results Use more than one piece of evidence to make a conclusion
AF 5: Working with evidence
Say how the plan gives reliable and
accurate data
Explain any anomalies and say
why repeating results improves
reliability
Explain how choosing different data could
lead to different conclusions being
made
Explain any inconsistencies in the
data.Comment on how
reliable the range is
AF 5: Working with evidence
Explain how the planning can be
changed
Plot raw data
Comment on the accuracy of data
Use conflicting evidence
Evaluate conclusions written by others
Identify relationships
Make further predictions
AF 4: Investigative approaches
Have an idea about how to find things
out
Say what to look for
Say what to measure Make measurements
AF 4: Investigative approaches
Choose from a list the items to use in
an experiment
Choose from a list one control variable
Say what has been observed
Say why instructions keep you safe
AF 4: Investigative approaches
Choose the best equipment to use
Decide whether to use a fair test
Say what the range is
Take measurements
Say how and when someone might be
harmed
AF 4: Investigative approaches
Explain why you have chosen
particular equipment
Spot the variables and select the best
ones
Repeat observationsSelect the range
Make and act on suggestions to control risks
AF 4: Investigative approaches
Change the independent variable
Explain the difference between
the variables
Explain how data will be collected and
measurements taken
Work out hazards and how to avoid the
risks
AF 4: Investigative approaches
Come up with questions that we can investigate
Take into account variables that cannot
be controlled
Explain how to make the data more
reliable
Use information to make sure you are
working as safely as possible
AF3: Communicating and Collaborating
Present ideas with help
Use simple words to describe ideas
With help, find things out
Say how others have helped
AF3: Communicating and Collaborating
Draw tables and bar charts
Show what you have found out
Say how working as a team has helped improve learning
Use some scientific terms
AF3: Communicating and Collaborating
Select useful ways of presenting information
Describe simple scientific ideas
AF3: Communicating and Collaborating
Select the best way to present data
Describe scientific ideas clearly
Support or challenge arguments, using
evidence not opinion
Describe how working together can
improve an investigation
AF3: Communicating and Collaborating
Independently select the best way to
present data and say why this is best
Recognise different types of evidence
Identify bias in evidence
Present evidence clearly
AF3: Communicating and Collaborating
Present ideas using the correct symbols, diagrams and graphs
Explain how evidence might be
biased
Explain how experts work together to develop an idea
AF2:Understanding applications
Say whether science and technology are
helpful
Spot people who use science to help
others
Say what you feel about developments
AF2:Understanding applications
Say how and why science and
technology are used or have changed
Say how science is used in your life
AF2:Understanding applications
Identify the good and bad uses of science
and technology
Say how science is used in different
ways
Spot aspects of science in different
jobs
Say how different jobs use science
AF2:Understanding applications
Say whether it is right or wrong to use
technology
Describe different viewpoints about
technology
Say how science and technology affect
people
Say how scientific ideas have been
developed
AF2:Understanding applications
Describe how science and technology are
used in different cultures
Describe how some developments have been used to ask or answer questions
Explain how some science and
technology helps society
Describe how people use science in their
jobs
AF2:Understanding applications
Use arguments to justify developments and evaluate these
Explain how creative thinking has helped
science develop
Explain how science has changed the world around us
Explain how evidence has
supported accepted ideas
AF1: Thinking scientifically
Compare features Sort things into groups
Answer questions about things you
have seen
With help, say what evidence is needed
AF1: Thinking scientifically
Compare features Sort things into groups
Answer questions about things you
have seen
With help, say what evidence is needed
AF1: Thinking scientifically
Make a model to represent an idea we
have seen
Spot differences, similarities and
changes
Use ideas to answer questions
Use evidence to say what has happened
AF1: Thinking scientifically
Describe ideas using the correct terms
Make a physical model
Say when evidence is for or against and
argument
Use scientific terms and facts to describe
processes
Say when evidence supports an idea
AF1: Thinking scientifically
Explain ideas using models
Describe ideas using models of more than
one step
Suggest how scientists develop ideas by looking at
problems in different ways
Give examples of instances where science cannot
answer the question
AF1: Thinking scientifically
Use models to explain new ideas and say why the
model is good or bad
Describe evidence which supports or disproves an idea
Explain how ideas change as new
evidence is discussed
Describe evidence which supports or
disproves accepted or developing ideas
AF1: Thinking scientifically
Develop original models and justify the selection of a
model
Consider all evidence and explain why
some is more important
Explain how scientists accept or reject ideas using
peer review
Explain how evidence can help
further questions be answered