Question 1

Point and polygon layers can be used as inputs for creating event tables in ArcGIS.

Accepted Answer

A) True 
 B)False

Question 2

How can you tell a point event table from a line event table?

Accepted Answer

In geographic information systems (GIS),

Question 3

Geocoding can be based on:

Accepted Answer

A)  Place names 
B)  All of these are correct 
C)  Street address 
D)  Both street address and place names 
E)  Parcels 
A)  Place names 
B)  All of these are correct 
C)  Street address 
D)  Both street address and place names 
E)  Parcels

Question 4

Geocoding is used by Internet browsers such as Google and Yahoo for location-based services.

Accepted Answer

A) True 
 B)False

Question 5

Different events can reference the same route.

Accepted Answer

A) True 
 B)False

Question 6

Define "geocoding."

Accepted Answer

Geocoding is the process of converting a

Question 7

Use an example to explain the importance of geocoding in public health research.

Accepted Answer

Geocoding is the process of converting a

Question 8

You are asked to use the dynamic segmentation method to verify the statement that traffic accidents happen more frequently along stretches of a highway with poor pavement conditions. What types of data will you need for the project? What procedure will you follow to analyze the data?

Accepted Answer

To verify the statement that traffic acc

Question 9

Bus stops are treated as _____ events along a bus route:

Accepted Answer

A)  continuous 
B)  linear 
C)  point 
A)  continuous 
B)  linear 
C)  point

Question 10

Geocoding errors are typically higher in rural areas than urban areas.

Accepted Answer

A) True 
 B)False

Point and polygon layers can be used as inputs for creating event tables in ArcGIS.

How can you tell a point event table from a line event table?

Geocoding can be based on:

Geocoding is used by Internet browsers such as Google and Yahoo for location-based services.

Different events can reference the same route.

Define "geocoding."

Use an example to explain the importance of geocoding in public health research.

You are asked to use the dynamic segmentation method to verify the statement that traffic accidents happen more frequently along stretches of a highway with poor pavement conditions. What types of data will you need for the project? What procedure will you follow to analyze the data?

Bus stops are treated as _____ events along a bus route:

Geocoding errors are typically higher in rural areas than urban areas.

Introduction

Coordinate Systems

Vector Data Model

Raster Data Model

GIS Data Acquisition

Geometric Transformation

Spatial Data Accuracy and Quality

Attribute Data Management

Data Display and Cartography

Data Exploration

Vector Data Analysis

Raster Data Analysis

Terrain Mapping and Analysis

Viewshed and Watershed Analysis

Spatial Interpolation

Least Cost Path and Network Analysis

GIS Models and Modeling

Filters

Exam 16: Geocoding and Dynamic Segmentation

Point and polygon layers can be used as inputs for creating event tables in ArcGIS.

How can you tell a point event table from a line event table?

Geocoding can be based on:

Geocoding is used by Internet browsers such as Google and Yahoo for location-based services.

Different events can reference the same route.

Define "geocoding."

Use an example to explain the importance of geocoding in public health research.

You are asked to use the dynamic segmentation method to verify the statement that traffic accidents happen more frequently along stretches of a highway with poor pavement conditions. What types of data will you need for the project? What procedure will you follow to analyze the data?

Bus stops are treated as _____ events along a bus route:

Geocoding errors are typically higher in rural areas than urban areas.

Introduction

Coordinate Systems

Vector Data Model

Raster Data Model

GIS Data Acquisition

Geometric Transformation

Spatial Data Accuracy and Quality

Attribute Data Management

Data Display and Cartography

Data Exploration

Vector Data Analysis

Raster Data Analysis

Terrain Mapping and Analysis

Viewshed and Watershed Analysis

Spatial Interpolation

Least Cost Path and Network Analysis

GIS Models and Modeling

Filters