The two continents to the west of the Atlantic Ocean are North America and South America.
Identify the two continents to the west of the Atlantic Ocean.
Australia and South America
Africa and Europe
Europe and Asia
North America and South America
19 answers
Identify the two continents to the west of the Atlantic Ocean.
Australia and South America
Africa and Europe
Europe and Asia
North America and South America
Australia and South America
Africa and Europe
Europe and Asia
North America and South America
The two continents to the west of the Atlantic Ocean are North America and South America.
What two landforms can become a barrier to movement and trade between people?
mountains and peninsulas
continents and oceans
seas and islands
mountains and deserts
mountains and peninsulas
continents and oceans
seas and islands
mountains and deserts
The two landforms that can become a barrier to movement and trade between people are mountains and deserts.
What two landforms can become a barrier to movement and trade between people?
mountains and peninsulas
continents and oceans
seas and islands
mountains and deserts
mountains and peninsulas
continents and oceans
seas and islands
mountains and deserts
The two landforms that can become a barrier to movement and trade between people are mountains and deserts.
What is an advantage of the Mercator Projection map over a globe? (1 point)
The Mercator Projection is more portable than a globe.
The Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not.
The Mercator Projection shows the sizes of continents accurately and the globe does not.
The Mercator Projection is much larger than a globe.
The Mercator Projection is more portable than a globe.
The Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not.
The Mercator Projection shows the sizes of continents accurately and the globe does not.
The Mercator Projection is much larger than a globe.
The advantage of the Mercator Projection map over a globe is that the Mercator Projection is more portable than a globe.
What is an advantage of the Mercator Projection map over a globe? (1 point)
The Mercator Projection is more portable than a globe.
The Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not.
The Mercator Projection shows the sizes of continents accurately and the globe does not.
The Mercator Projection is much larger than a globe.
The Mercator Projection is more portable than a globe.
The Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not.
The Mercator Projection shows the sizes of continents accurately and the globe does not.
The Mercator Projection is much larger than a globe.
The correct advantage of the Mercator Projection map over a globe is that the Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not. This is because the Mercator Projection preserves angles, making it useful for navigation. However, it's important to note that while the Mercator is good for shape, it distorts sizes, especially near the poles.
What is an advantage of the Mercator Projection map over a globe?
The Mercator Projection is more portable than a globe.
The Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not.
The Mercator Projection shows the sizes of continents accurately and the globe does not.
The Mercator Projection is much larger than a globe.
The Mercator Projection is more portable than a globe.
The Mercator Projection shows the shape of objects within a narrow band of latitudes accurately and a globe does not.
The Mercator Projection shows the sizes of continents accurately and the globe does not.
The Mercator Projection is much larger than a globe.
The advantage of the Mercator Projection map over a globe is that the Mercator Projection is more portable than a globe.
While the Mercator Projection does accurately show the shape of objects within a narrow band of latitudes, the statement in your options is too specific to be generalized as a primary advantage, especially compared to the ease of carrying and using a flat map compared to a globe.
Which option would be a possible conclusion from an analysis of a topographic map showing a mountain range? (1 point)
A particular peak might be a good spot for an observatory because the map shows elevation, which is an important factor for astronomy.
A mountain pass would be a good spot for a highway because the map shows population centers that need a new transit route.
A particular road through the mountains would be the most efficient route, since the map likely shows other roads that would take longer.
A particular area in the mountain range should be designated for environmental protection, since the map shows the presence of a delicate ecosystem.
A particular peak might be a good spot for an observatory because the map shows elevation, which is an important factor for astronomy.
A mountain pass would be a good spot for a highway because the map shows population centers that need a new transit route.
A particular road through the mountains would be the most efficient route, since the map likely shows other roads that would take longer.
A particular area in the mountain range should be designated for environmental protection, since the map shows the presence of a delicate ecosystem.
A possible conclusion from an analysis of a topographic map showing a mountain range would be: A particular peak might be a good spot for an observatory because the map shows elevation, which is an important factor for astronomy.
Which option would be a possible conclusion from an analysis of a topographic map showing a mountain range? (1 point)
A particular peak might be a good spot for an observatory because the map shows elevation, which is an important factor for astronomy.
A mountain pass would be a good spot for a highway because the map shows population centers that need a new transit route.
A particular road through the mountains would be the most efficient route, since the map likely shows other roads that would take longer.
A particular area in the mountain range should be designated for environmental protection, since the map shows the presence of a delicate ecosystem.
A particular peak might be a good spot for an observatory because the map shows elevation, which is an important factor for astronomy.
A mountain pass would be a good spot for a highway because the map shows population centers that need a new transit route.
A particular road through the mountains would be the most efficient route, since the map likely shows other roads that would take longer.
A particular area in the mountain range should be designated for environmental protection, since the map shows the presence of a delicate ecosystem.
The most appropriate conclusion from an analysis of a topographic map showing a mountain range would be: A particular peak might be a good spot for an observatory because the map shows elevation, which is an important factor for astronomy.
This conclusion is directly supported by the evidence presented on a topographic map, which provides elevation data critical for determining suitable locations for observatories.
Which type of geographic representation would be most appropriate for trying to find the fastest route from a hotel to a museum in a city? (1 point)
a political map
satellite imagery
a topographic map
a subway diagram
a political map
satellite imagery
a topographic map
a subway diagram
The most appropriate type of geographic representation for trying to find the fastest route from a hotel to a museum in a city would be a subway diagram.
This type of map typically provides clear information on routes and connections, making it useful for navigating urban transportation systems. If you’re considering driving or walking as well, a city map or navigation app would also be effective, but among the options provided, a subway diagram is best suited for route finding in an urban context.
1 answer