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Cylindrical, Azimuthal and conical

distance, direction, shape, area

I learned that the Earth is actually a Geoid and not a spheroid.

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3 Types of Map Projection:
Cylinder, Cone, Plane

2 Properties:
Shape, Area, Direction, Distance

I have learnt that the different map projections preserves different spatial properties which produces different looking maps. However, the type of map projection chose depends on which property is needed to preserve.

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Projections: Cylindrical, Azimuthal and Conical

Distance, direction, shape, area

I learned that the Earth is actually not a spheroid but a geroid

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Projections: Cylindrical projections, Azimuthal and Conical.

Spatial Properties: Distance and direction.

Learning point: How to spot distorted properties and what properties are preserved

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Converting a spherical surface to a flat surface will lead to distortion.
Projection:
-Cylindrical: Mercator (best for measuring angles)
-Winkel Tripel ( the most balanced map in terms of distortion
-Robinson ( for world map)
-Azimuthal ( plane and best for distance measure)

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Cylindrical Azimuthal Conical

Shape Area Distance Direction

Which projections are being used and which properties are distorted and to what extent

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Azimuthal, Conical and Cylindrical

Distance and Direction

Cylindrical projection doesnt show the exact area certain places in the northern and southern hemisphere.

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Projection: Cylindrical, Azimuthal, Conical

Spatial Properties: Shape, direction, distance, area

Learning point: Learned what each map is mainly used for and which properties is being preserved by it.

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Projections: Cylindical
Azimuthal and Conical

Properties: Direction and Distance

Learning point: Some map are distorted, and it may not measure the property correct, thus require different type of maps to solve this problem.

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Projections: Azimuthal, Conical and Cylindrical

Properties: Shape, area, distance and direction

Learning points: Maps are distorted and we should know that different maps are focused on different areas such as area etc

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🦄🦄🦄3 Projections: Azimuthal Equidistant, Cylindrical, Mercator.

🦄🦄2 Properties: Area, Shape

🦄1 Thing I've Learnt: How to project map better using a physical inflatable globe and tracing out the longitudes and latitudes.

🦄🦄🦄🦄🦄🦄🦄🦄🦄🦄

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Projections: Azhimuthal, Conical and Cylindrical projection

Properties: Distance and Direction

Learning Point: Different types of projections will give different types of distortion, and each projection has it's own use, with regards to the properties that are preserved.

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Projections: Cylindrical, Conical and Azimuthal

Spatial Properties: Distance and Area

Learning Point: Videos are important in learning more about the globe .XD

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Projections: Cylindrical projections, Azimuthal and Conical.

Spatial Properties: Distance and direction.

Learning point: Able to know how to spot the distorted properties and what properties are preserved.

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Projections: Azimuthal, Conical and Cylindrical projection

Properties: Shape, area, distance and direction

Learning Points: Difficult to find a common projection that is able to preserve all the properties of the globe. Winkel Tripel balances the distortions out, but doesn't preserve any of the properties fully.