Chapter 4: Spatial Information Technology
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The future of GIS lies in:
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GIS technology uses:
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Spatial Information Technology is an extension of:
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GIS can be used in:
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GIS is important for:
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GIS improves:
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GIS reduces:
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Advantage of GIS over manual methods:
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GIS helps in:
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GIS is useful in:
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Overlay analysis involves:
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GIS can predict:
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Spatial analysis is used in:
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Which is a GIS function?
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GIS analysis supports:
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Overlay helps in:
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Buffer is used in:
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Buffer analysis creates:
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Overlay analysis is used to:
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Spatial analysis means:
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Raster model is also called:
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GIS combines data from:
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GIS data can be collected using:
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Which format uses coordinates?
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Which format uses grid cells?
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GIS database stores:
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Attribute data describes:
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Raster data is best for:
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Vector data is best for:
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Raster data resolution depends on:
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Example of vector data:
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Example of raster data:
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Vector data consists of:
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Raster data is made up of:
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GIS components include:
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Which field uses GIS the most?
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GIS is an example of:
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Spatial data includes:
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The main purpose of GIS is:
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GIS is widely used in:
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Which device collects spatial data?
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Spatial technology is also called:
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Which is NOT a component of GIS?
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GIS integrates data using:
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Non-spatial data is also known as:
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Spatial data refers to:
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GIS is primarily used for:
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GIS stands for:
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Spatial Information Technology mainly deals with:
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