ESRI ARCGIS PRO ASSOCIATE FINAL
PAPER UPDATED COMPLETE QUESTIONS
AND CORRECT ANSWERS BUNDLED
REVIEW GUIDE
●● Geodatabase Features
Answer: - No size limits
- Relationships can be built between different datasets in it
- Data accuracy can be improved by defining sets of standards
●● Vector Data
Answer: Shapefiles and CAD files are two common data formats that
define feature and attribute information using a series of files that can be
stored within a folder. If you import these items into a geodatabase, the
format is converted from a shapefile or CAD file into a geodatabase
feature class. The feature class contains the same feature and attribute
information, but this information is defined within a geodatabase.
●● Raster Data
Answer: Often stored in image file formats such as TIFF, JPEG, and
NITF. These datasets can be managed in the geodatabase as a mosaic
dataset.
,●● Mosaic Dataset
Answer: Provides more features and functionality to help you manage
raster datasets.
●● Tabular Data
Answer: Often stored in Microsoft Excel, text, and CSV file formats.
These files usually contain attribute information and locational
information, such as x,y coordinates and addresses. Importing these into
a geodatabase converts the format into a geodatabase table.
●● Importing Data into a Geodatabase
Answer: - Copy data from one geodatabase into another (preserves
geometry and attribute information)
- Export data from contents pane
- Export Features geoprocessing tool
●● Geometry Type
Answer: Defines a features' geometry (i.e., points, polylines, or
polygons).
●● Template Feature Class
Answer: Defines a features' attribute fields based on the attribute table of
an existing feature class.
, ●● Has M
Answer: Determines whether a feature will contain linear measurement
information.
●● Has Z
Answer: Determines whether a feature will contain elevation
information.
●● Coordinate System
Answer: Defines how a feature is located on the earth and how it is
projected onto a map.
●● Feature Template
Answer: - Used to create individual map features
- Defines the layer where the feature will be stored
- Defines the attributes that the feature will have by default
- Defines the tool that will be used to create the feature
●● Group Template
Answer: - Used for creating sets of features that have a defined spatial
relationship to each other
- A collection of feature templates that can be used to create multiple
features at once
PAPER UPDATED COMPLETE QUESTIONS
AND CORRECT ANSWERS BUNDLED
REVIEW GUIDE
●● Geodatabase Features
Answer: - No size limits
- Relationships can be built between different datasets in it
- Data accuracy can be improved by defining sets of standards
●● Vector Data
Answer: Shapefiles and CAD files are two common data formats that
define feature and attribute information using a series of files that can be
stored within a folder. If you import these items into a geodatabase, the
format is converted from a shapefile or CAD file into a geodatabase
feature class. The feature class contains the same feature and attribute
information, but this information is defined within a geodatabase.
●● Raster Data
Answer: Often stored in image file formats such as TIFF, JPEG, and
NITF. These datasets can be managed in the geodatabase as a mosaic
dataset.
,●● Mosaic Dataset
Answer: Provides more features and functionality to help you manage
raster datasets.
●● Tabular Data
Answer: Often stored in Microsoft Excel, text, and CSV file formats.
These files usually contain attribute information and locational
information, such as x,y coordinates and addresses. Importing these into
a geodatabase converts the format into a geodatabase table.
●● Importing Data into a Geodatabase
Answer: - Copy data from one geodatabase into another (preserves
geometry and attribute information)
- Export data from contents pane
- Export Features geoprocessing tool
●● Geometry Type
Answer: Defines a features' geometry (i.e., points, polylines, or
polygons).
●● Template Feature Class
Answer: Defines a features' attribute fields based on the attribute table of
an existing feature class.
, ●● Has M
Answer: Determines whether a feature will contain linear measurement
information.
●● Has Z
Answer: Determines whether a feature will contain elevation
information.
●● Coordinate System
Answer: Defines how a feature is located on the earth and how it is
projected onto a map.
●● Feature Template
Answer: - Used to create individual map features
- Defines the layer where the feature will be stored
- Defines the attributes that the feature will have by default
- Defines the tool that will be used to create the feature
●● Group Template
Answer: - Used for creating sets of features that have a defined spatial
relationship to each other
- A collection of feature templates that can be used to create multiple
features at once
