# data[].attributes.body
Extending to what the 5 members LEARNT

# data[].attributes.body
Extending to what the 5 members LEARNT

# data[].attributes.body
Extending to what the 5 members LEARNT

# data[].attributes.body
Extending to what the 5 members LEARNT

# data[].attributes.body
Extending to what the 5 members LEARNT

# data[].attributes.body
. There are two main types of diagrams: statistical and geometrical diagrams

. Statistical diagrams represent data, and are used to make decisions or conclusions. They can be in the form of line graphs, bar graphs, pie charts and picture graphs.

. Geometrical diagrams represent 2D and 3D shapes and objects, such as cuboids and squares.

.Geometrical diagrams represent real world objects.

. Both types of diagrams have conventions for constructing and ineterpretating them.

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Diagrams

statistical

geometrical

Statistical diagrams are used to show data over a period of time, percentages of a whole, comparisons, etc.

Examples of these are stock market changes (changes over time shown with line graphs), voting results (percentages shown commonly with piecharts), population growth (comparison with past years), etc.

Geometrical diagrams are used to represent 2D or 3D shapes or objects like cuboids, squares, triangles and pyramids.

They can also be used to represent basic shapes in real things like a car wheel, laptop, cup.

# data[].attributes.body
There are 2 types of diagrams

1. Geometrical diagrams

They are used to represent solid objects and shapes. Using them allows us to calculate perimeter, area or volume using formulae.

2. Statistical diagrams

Statistical diagrams represents data.

e.g. Bar graphs and line graphs. All statistical diagrams allow us to analyze data, draw conclusions and make conclusions. each statistical diagram has it's own features that are useful.

# data[].attributes.body
There are two two types of diagrams, statistical and geometrical.

Statistical diagrams are used to represent data, making complex information easier to understand and compare. Common types of statistical diagrams are bar graph, pie charts and line graphs

Geometrical diagrams are usually used to represent real objects in things like maps and signs. For example, a rectangle can be used to represent a football field or shoe box and a triangle can be a chip or a roof.

# data[].attributes.body
There are 2 types of diagrams.

1. geometrical diagram-used to represent 2d or 3d object like square and cube respectively.

2. statistical diagram-used to represent data.

Both diagrams had many ways to represent them.

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Geometrical diagrams can also represent Statistical diagrams by comparing two geomtrical diagrams to scale and comparing their size or properties next to each other

# data[].attributes.body
Geometrical diagrams are used to visualise, verify, and prove theorems.

e.g. 2d 3d shapes,

Statistical diagrams are used to represent data

e.g. bar graphs, number lines, and pie chat

# data[].attributes.body
There are two main forms of diagram : statistical and geometrical diagrams.

Statistical diagrams are used to show data in number lines and other examples.

Geometrical diagrams show it in a 2d to 3d shape

# data[].attributes.body
Two types of diagrams:

GEOMETRICAL DIAGRAMS

STATISTICAL DIAGRAMS

GEOMETRICAL DIAGRAMS-

Represent and communicate the shape and size of objects to help us solve problems (2d,3d)

There are conventions (e.g parellel line indicator thingy //) for constructing and interpreting these diagrams

STATISTICAL DIAGRAMS-

represent data.

# data[].attributes.body
Geometrical diagrams use 2d and 3d shapes to help us to visualise and understand.

Statistical diagrams help to represent information.

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usually the biggest box in the center is a big idea.

Picture graphs are easy to see

line graphs makes it easy to see changes, pie charts shows the frequency in each category over the total frequency

geometrical diagrams communicate shape and size

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There are 2 types of diagrams, geometrical and statistical diagrams

Geometrical diagrams,which are 2 dimensional diagrams, can be used to represent shapes or 3 dimensional objects.

Geometrical diagrams representing objects can be used to calculate the dimensions of the object using different formulae.

Statistical diagrams are used to represent data.

Statistical diagrams can be in the form of bar graphs, line graphs, pie charts or picture graphs, which can be used for different types of data, and all of them have their own features that are useful.

All statistical diagrams allow us to analyze data, draw conclusions and make decisions.

Both geometrical and statistical diagrams follow certain conventions to construct and inteprent the diagram.

Both types of diagrams are used to help us solve problems.

# data[].attributes.body
There are different kind of graph thacare used differently.

For example, line graphs can be used for trends, while bar graphs can be used for comparison.

Pie charts can represent the amount of people in a percentage of the total.