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`color{green}(β’)` Globe has limitations as well. A globe can be useful when we want to study the earth as a whole.
`color{green}(β’)` But, when we want to study only a part of the earth, as about our country, states, districts, towns and villages, it is of little help.
`color{green}(β’)` In such a situation we use maps.
`color{green}(β’)` A map is a representation or a drawing of the earthβs surface or a part of it drawn on a flat surface according to a scale.
`color{green}(β’)` But it is impossible to flatten a round shape completely.
`color{green}(β’)` We find that maps are useful to us for various purposes.
`color{green}(β’)` One map shows a small area and a few facts.
`color{green}(β’)` Another map may contain as many facts as a big book.
`color{green}(β’)` When many maps are put together we get an Atlas.
`color{green}(β’)` Atlases are of various sizes, measurements drawn on different scales.
`color{green}(β’)` Maps provide more information than a globe.
`color{green}(β’)` But, when we want to study only a part of the earth, as about our country, states, districts, towns and villages, it is of little help.
`color{green}(β’)` In such a situation we use maps.
`color{green}(β’)` A map is a representation or a drawing of the earthβs surface or a part of it drawn on a flat surface according to a scale.
`color{green}(β’)` But it is impossible to flatten a round shape completely.
`color{green}(β’)` We find that maps are useful to us for various purposes.
`color{green}(β’)` One map shows a small area and a few facts.
`color{green}(β’)` Another map may contain as many facts as a big book.
`color{green}(β’)` When many maps are put together we get an Atlas.
`color{green}(β’)` Atlases are of various sizes, measurements drawn on different scales.
`color{green}(β’)` Maps provide more information than a globe.
