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- Toys project - ABOVE
Science
Year 7
Above satisfactory
Designing a toy
![](/media/6166/science-7-ab-2019-1074-toys-project-a1_page_01.png)
![](/media/6184/science-7-ab-2019-1074-toys-project-a1_page_02.png)
Formulates aim of project
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Annotations
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1
Annotation 1
Formulates aim of project
![](/media/6183/science-7-ab-2019-1074-toys-project-a1_page_03.png)
Describes history of toy car focusing on aspects relevant to task
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Annotations
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1
Annotation 1
Describes history of toy car focusing on aspects relevant to task
![](/media/6182/science-7-ab-2019-1074-toys-project-a1_page_04.png)
Uses annotated photographs to clarify instructions
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Annotations
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1
Annotation 1
Uses annotated photographs to clarify instructions
![](/media/6181/science-7-ab-2019-1074-toys-project-a1_page_05.png)
Gives detailed step-by-step instructions on how to build the toy
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Annotations
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1
Annotation 1
Gives detailed step-by-step instructions on how to build the toy
![](/media/6180/science-7-ab-2019-1074-toys-project-a1_page_06.png)
Uses diagram and correct scientific and mathematical terminology to explain forces acting on wheels 2 Annotation 2
Demonstrates understanding of forces and their impacts by identifying analogous function in another simple machine
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Annotations
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1
Annotation 1
Uses diagram and correct scientific and mathematical terminology to explain forces acting on wheels -
2
Annotation 2
Demonstrates understanding of forces and their impacts by identifying analogous function in another simple machine
![](/media/6179/science-7-ab-2019-1074-toys-project-a1_page_07.png)
Explains function and purpose of pulleys
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Annotations
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1
Annotation 1
Explains function and purpose of pulleys
![](/media/6178/science-7-ab-2019-1074-toys-project-a1_page_08.png)
Uses example to explain purpose and use of inclined planes 2 Annotation 2
Refers to force diagram to explain how motion of an object results from unbalanced forces
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Annotations
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1
Annotation 1
Uses example to explain purpose and use of inclined planes -
2
Annotation 2
Refers to force diagram to explain how motion of an object results from unbalanced forces
![](/media/6177/science-7-ab-2019-1074-toys-project-a1_page_09.png)
Recognises and classifies screw as a type of simple machine 2 Annotation 2
Explains how simple machine has been used in toy construction
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Annotations
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1
Annotation 1
Recognises and classifies screw as a type of simple machine -
2
Annotation 2
Explains how simple machine has been used in toy construction
![](/media/6176/science-7-ab-2019-1074-toys-project-a1_page_10.png)
![](/media/6175/science-7-ab-2019-1074-toys-project-a1_page_11.png)
Uses photographs to document changes made during design process
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Annotations
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1
Annotation 1
Uses photographs to document changes made during design process
![](/media/6174/science-7-ab-2019-1074-toys-project-a1_page_12.png)
Reflects on own learning process
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Annotations
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1
Annotation 1
Reflects on own learning process
![](/media/6173/science-7-ab-2019-1074-toys-project-a1_page_13.png)
Describes how simple machines have benefitted society
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Annotations
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1
Annotation 1
Describes how simple machines have benefitted society
![](/media/6167/science-7-ab-2019-1074-toys-project-a1_page_14.png)
Provides list of sources used during research
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Annotations
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1
Annotation 1
Provides list of sources used during research
![](/media/6172/science-7-ab-2019-1074-toys-project-a2_page_01.jpg)
Describes ideas for toy design including simple machines
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Annotations
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1
Annotation 1
Describes ideas for toy design including simple machines
![](/media/6171/science-7-ab-2019-1074-toys-project-a2_page_02.jpg)
Reflects on purpose and design of toy
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Annotations
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1
Annotation 1
Reflects on purpose and design of toy
![](/media/6170/science-7-ab-2019-1074-toys-project-a2_page_03.png)
Formulates and justifies aim of toy design 2 Annotation 2
Calculates cost of materials 3 Annotation 3
Analyses forces present in simple machines and draws simple force diagrams
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Annotations
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1
Annotation 1
Formulates and justifies aim of toy design -
2
Annotation 2
Calculates cost of materials -
3
Annotation 3
Analyses forces present in simple machines and draws simple force diagrams
![](/media/6169/science-7-ab-2019-1074-toys-project-a2_page_04.png)
Reflects on design progress
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Annotations
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1
Annotation 1
Reflects on design progress
![](/media/6168/science-7-ab-2019-1074-toys-project-a2_page_05.png)
Describes in detail changes made to toy design and records thoughts about future amendments
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Annotations
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1
Annotation 1
Describes in detail changes made to toy design and records thoughts about future amendments
Satisfactory
Designing a toy
![](/media/6187/science-7-at-2019-1077-toys-project-a2_page_1.jpg)
Sketches idea for toy design with reference to forces present
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Annotations
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1
Annotation 1
Sketches idea for toy design with reference to forces present
![](/media/6185/science-7-at-2019-1077-toys-project-a2_page_2.jpg)
Creates rough sketch of toy design 2 Annotation 2
Names resource consulted during research
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Annotations
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1
Annotation 1
Creates rough sketch of toy design -
2
Annotation 2
Names resource consulted during research
![](/media/6186/science-7-at-2019-1077-toys-project-a2_page_3.jpg)
Indicates forces and movements present in toy 2 Annotation 2
Reflects on changes made and considers improvements to design
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Annotations
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1
Annotation 1
Indicates forces and movements present in toy -
2
Annotation 2
Reflects on changes made and considers improvements to design
Above satisfactory
Designing a toy
![](/media/6166/science-7-ab-2019-1074-toys-project-a1_page_01.png)
![](/media/6184/science-7-ab-2019-1074-toys-project-a1_page_02.png)
Formulates aim of project
-
Annotations
-
1
Annotation 1
Formulates aim of project
![](/media/6183/science-7-ab-2019-1074-toys-project-a1_page_03.png)
Describes history of toy car focusing on aspects relevant to task
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Annotations
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1
Annotation 1
Describes history of toy car focusing on aspects relevant to task
![](/media/6182/science-7-ab-2019-1074-toys-project-a1_page_04.png)
Uses annotated photographs to clarify instructions
-
Annotations
-
1
Annotation 1
Uses annotated photographs to clarify instructions
![](/media/6181/science-7-ab-2019-1074-toys-project-a1_page_05.png)
Gives detailed step-by-step instructions on how to build the toy
-
Annotations
-
1
Annotation 1
Gives detailed step-by-step instructions on how to build the toy
![](/media/6180/science-7-ab-2019-1074-toys-project-a1_page_06.png)
Uses diagram and correct scientific and mathematical terminology to explain forces acting on wheels 2 Annotation 2
Demonstrates understanding of forces and their impacts by identifying analogous function in another simple machine
-
Annotations
-
1
Annotation 1
Uses diagram and correct scientific and mathematical terminology to explain forces acting on wheels -
2
Annotation 2
Demonstrates understanding of forces and their impacts by identifying analogous function in another simple machine
![](/media/6179/science-7-ab-2019-1074-toys-project-a1_page_07.png)
Explains function and purpose of pulleys
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Annotations
-
1
Annotation 1
Explains function and purpose of pulleys
![](/media/6178/science-7-ab-2019-1074-toys-project-a1_page_08.png)
Uses example to explain purpose and use of inclined planes 2 Annotation 2
Refers to force diagram to explain how motion of an object results from unbalanced forces
-
Annotations
-
1
Annotation 1
Uses example to explain purpose and use of inclined planes -
2
Annotation 2
Refers to force diagram to explain how motion of an object results from unbalanced forces
![](/media/6177/science-7-ab-2019-1074-toys-project-a1_page_09.png)
Recognises and classifies screw as a type of simple machine 2 Annotation 2
Explains how simple machine has been used in toy construction
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Annotations
-
1
Annotation 1
Recognises and classifies screw as a type of simple machine -
2
Annotation 2
Explains how simple machine has been used in toy construction
![](/media/6176/science-7-ab-2019-1074-toys-project-a1_page_10.png)
![](/media/6175/science-7-ab-2019-1074-toys-project-a1_page_11.png)
Uses photographs to document changes made during design process
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Annotations
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1
Annotation 1
Uses photographs to document changes made during design process
![](/media/6174/science-7-ab-2019-1074-toys-project-a1_page_12.png)
Reflects on own learning process
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Annotations
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1
Annotation 1
Reflects on own learning process
![](/media/6173/science-7-ab-2019-1074-toys-project-a1_page_13.png)
Describes how simple machines have benefitted society
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Annotations
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1
Annotation 1
Describes how simple machines have benefitted society
![](/media/6167/science-7-ab-2019-1074-toys-project-a1_page_14.png)
Provides list of sources used during research
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Annotations
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1
Annotation 1
Provides list of sources used during research
![](/media/6172/science-7-ab-2019-1074-toys-project-a2_page_01.jpg)
Describes ideas for toy design including simple machines
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Annotations
-
1
Annotation 1
Describes ideas for toy design including simple machines
![](/media/6171/science-7-ab-2019-1074-toys-project-a2_page_02.jpg)
Reflects on purpose and design of toy
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Annotations
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1
Annotation 1
Reflects on purpose and design of toy
![](/media/6170/science-7-ab-2019-1074-toys-project-a2_page_03.png)
Formulates and justifies aim of toy design 2 Annotation 2
Calculates cost of materials 3 Annotation 3
Analyses forces present in simple machines and draws simple force diagrams
-
Annotations
-
1
Annotation 1
Formulates and justifies aim of toy design -
2
Annotation 2
Calculates cost of materials -
3
Annotation 3
Analyses forces present in simple machines and draws simple force diagrams
![](/media/6169/science-7-ab-2019-1074-toys-project-a2_page_04.png)
Reflects on design progress
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Annotations
-
1
Annotation 1
Reflects on design progress
![](/media/6168/science-7-ab-2019-1074-toys-project-a2_page_05.png)
Describes in detail changes made to toy design and records thoughts about future amendments
-
Annotations
-
1
Annotation 1
Describes in detail changes made to toy design and records thoughts about future amendments