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What is 1:600,000- 1:2,000,000 on a map?

the map scale
the map legend
a map title
a map coordinate

19 answers

1:600,000 and 1:2,000,000 refer to map scales. These ratios indicate the relationship between a distance on the map and the actual distance on the ground. In this context, the scales show how much the land area has been reduced in size for representation on the map.

  • A scale of 1:600,000 means that 1 unit of measurement on the map represents 600,000 of the same units in reality.
  • A scale of 1:2,000,000 means that 1 unit on the map represents 2,000,000 of the same units in reality.

Therefore, the correct answer would be the map scale.

What is 1:600,000- 1:2,000,000 on a map?

the map scale
the map legend
a map title
a map coordinate

The correct answer is the map scale.

The expressions 1:600,000 and 1:2,000,000 refer specifically to the scale of the map, illustrating the relationship between distances on the map and their corresponding distances in the real world.

In what order are location coordinates read on a map?
meridian, hours, minutes, seconds
latitude, longitude, meridian, degrees
direction, hours, seconds, hemisphere
degrees, minutes, seconds, direction

Location coordinates are typically read in the order of degrees, minutes, seconds, direction.

This format describes a specific point on the Earth's surface:

  • Degrees (°) indicate the main division of latitude or longitude.
  • Minutes (') are subdivisions of degrees (there are 60 minutes in a degree).
  • Seconds (") are further subdivisions of minutes (there are 60 seconds in a minute).
  • Direction indicates whether the latitude is north (N) or south (S) and whether the longitude is east (E) or west (W).

So the correct answer is degrees, minutes, seconds, direction.

In what order are location coordinates read on a map?

meridian, hours, minutes, seconds
latitude, longitude, meridian, degrees
direction, hours, seconds, hemisphere
degrees, minutes, seconds, direction

The correct order for reading location coordinates on a map is degrees, minutes, seconds, direction.

Coordinates are typically expressed in this format when identifying specific locations:

  • Degrees (°) provide the primary measure of latitude or longitude.
  • Minutes (') are subdivisions of degrees.
  • Seconds (") are further subdivisions of minutes.
  • Direction indicates whether the location is north or south (for latitude) and east or west (for longitude).

So, the answer is degrees, minutes, seconds, direction.

What tool helps geographers to customize data on a GIS digital map?
layer selection
zoom tool
compass rose
arrow tool

The tool that helps geographers customize data on a GIS (Geographic Information System) digital map is layer selection.

Layer selection allows users to add, remove, or modify different data layers, which can represent various types of information (such as roads, land use, demographics, etc.) on the map. This capability is essential for analyzing and visualizing spatial data in a customized manner.

What tool helps geographers to customize data on a GIS digital map?

layer selection
zoom tool
compass rose
arrow tool

The tool that helps geographers customize data on a GIS digital map is layer selection.

Layer selection allows users to manage and manipulate different layers of data, enabling them to analyze specific aspects of the geographic information being represented. This customization is essential for effective visual analysis and decision-making in geographic studies.

What is one advantage of digital maps made by using GIS when compared to paper maps?
The digital maps can be taken anywhere.
The digital maps are inexpensive to make.
A wide variety of digital map types can be made.
The digital maps do not take as much time to make.

One advantage of digital maps made using GIS when compared to paper maps is that a wide variety of digital map types can be made.

GIS allows for the creation of diverse types of maps that can incorporate multiple data layers, different formats, and interactive features. Users can customize these maps to suit various analysis needs, which is not as easily accomplished with traditional paper maps. This capability enhances the utility and functionality of digital maps for analysis and decision-making.

What is one advantage of digital maps made by using GIS when compared to paper maps?

The digital maps can be taken anywhere.
The digital maps are inexpensive to make.
A wide variety of digital map types can be made.
The digital maps do not take as much time to make.

One advantage of digital maps made using GIS compared to paper maps is a wide variety of digital map types can be made.

Digital maps can incorporate various data layers, formats, and interactivity, allowing users to customize and create maps for different purposes and analyses. This flexibility is a significant advantage over static paper maps, which cannot easily adapt to illustrate different types of information or respond to user queries.

Which of these maps would have the smallest scale?
A map of North America
A map of the United States
A map of Florida
A map of Pinellas County

A map of Pinellas County would have the smallest scale.

In this context, "small scale" refers to the geographic area the map covers relative to the level of detail it presents. Maps with smaller geographic areas (like a single county) provide more detail and thus have a smaller scale ratio (for example, 1:10,000) compared to maps of larger areas (like North America or the United States), which would have larger scale ratios (like 1:1,000,000 or smaller).

Which of these maps would have the smallest scale?

A map of North America
A map of the United States
A map of Florida
A map of Pinellas County

The map with the smallest scale would be a map of Pinellas County.

Smaller scale refers to maps that cover a smaller geographic area in more detail. A map of Pinellas County focuses on a specific, localized area, allowing for greater detail compared to maps of larger regions, such as North America, the United States, or even Florida. Therefore, it is the one that would exhibit the smallest geographic scale.