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the most likely characteristic for each one. (All projections listed below are discussed in Ex. 5)

the most likely characteristic for each one. (All projections listed below are discussed in Ex. 5)

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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the most likely characteristic for each one. (All projections listed below are discussed in Ex. 5) Link > GALL-PETERS Mercator projecti Eckert projection Lambert conform conic projection Robison projectio Goode's interrupt homolosine projection Take Quiz Quiz: ✓ This is an equivalent projection, which preserves the areas of land masses but shapes are greatly distorted at high latitudes. This is a conformal projection, but the size (or areas) of landmasses at high latitudes are severely enlarged compared to their size on a globe. This is a conic projection and uses two standard parallels. It is often used by the US Geological Survey for large scale topographic maps. Exit This is an equal area projection, which uses a clever solution to represent the continents as accurately as possible. The map appears to be "cut off" in the middle of the wide ocean. I I I
Transcribed Image Text:the most likely characteristic for each one. (All projections listed below are discussed in Ex. 5) Link > GALL-PETERS Mercator projecti Eckert projection Lambert conform conic projection Robison projectio Goode's interrupt homolosine projection Take Quiz Quiz: ✓ This is an equivalent projection, which preserves the areas of land masses but shapes are greatly distorted at high latitudes. This is a conformal projection, but the size (or areas) of landmasses at high latitudes are severely enlarged compared to their size on a globe. This is a conic projection and uses two standard parallels. It is often used by the US Geological Survey for large scale topographic maps. Exit This is an equal area projection, which uses a clever solution to represent the continents as accurately as possible. The map appears to be "cut off" in the middle of the wide ocean. I I I
the most likely characteristic for each one. (All projections listed below are discussed in Ex. 5) Link > GALL-PETERS ▷ Mercator projecti Eckert projection Lambert conform conic projection Robison projectio Goode's interrupt homolosine projection Take Quiz No new dat Exit i bu LITSVILU areas) of landmasses at high latitudes are severely enlarged compared to their size on a globe. This is a conic projection and uses two standard parallels. It is often used by the US Geological Survey for large scale topographic maps. This is an equal area projection, which uses a clever solution to represent the continents as accurately as possible. The map appears to be "cut off" in the middle of the wide ocean. This is a pseudocylindrical projection, which is neither conformal, nor equivalent (compromise) but it is a balanced, aesthetically pleasing projection, used primarily to portray the entire world. Junttiil QUIL
Transcribed Image Text:the most likely characteristic for each one. (All projections listed below are discussed in Ex. 5) Link > GALL-PETERS ▷ Mercator projecti Eckert projection Lambert conform conic projection Robison projectio Goode's interrupt homolosine projection Take Quiz No new dat Exit i bu LITSVILU areas) of landmasses at high latitudes are severely enlarged compared to their size on a globe. This is a conic projection and uses two standard parallels. It is often used by the US Geological Survey for large scale topographic maps. This is an equal area projection, which uses a clever solution to represent the continents as accurately as possible. The map appears to be "cut off" in the middle of the wide ocean. This is a pseudocylindrical projection, which is neither conformal, nor equivalent (compromise) but it is a balanced, aesthetically pleasing projection, used primarily to portray the entire world. Junttiil QUIL
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