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1. Name and image. Consider using a website such as Pixabay, Unsplash, or any other website for your images that are free and fall under CCO Creative Commons for citation and use. If all image search websites are blocked or filtered by your school, please email your teacher for a repository of mineral images. 2. What geological province of Virginia can this mineral be found? 3. How is this mineral extracted from the Earth? 4. What steps are taken to process this mineral into a usable form? 5. What is this mineral used to make? 6. Is this mineral found in abundance? 7. Can this mineral be recycled after it has been used? 8. Citations Page

1. Name and image. Consider using a website such as Pixabay, Unsplash, or any other website for your images that are free and fall under CCO Creative Commons for citation and use. If all image search websites are blocked or filtered by your school, please email your teacher for a repository of mineral images. 2. What geological province of Virginia can this mineral be found? 3. How is this mineral extracted from the Earth? 4. What steps are taken to process this mineral into a usable form? 5. What is this mineral used to make? 6. Is this mineral found in abundance? 7. Can this mineral be recycled after it has been used? 8. Citations Page

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
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The following data table gives nonfuel mineral commodity production data for Virginia extracted from Table 5 in the 2017 Minerals Yearbook Statistical Summary. **Nonfuel Mineral Commodity Production in Virginia** | Mineral Commodity | Units | 2016 Quantity | 2016 Value (thousands) | 2017 Quantity | 2017 Value (thousands) | |-------------------|-------|---------------|------------------------|---------------|------------------------| | Kyanite | metric tons | 79,700 | 28,200ᵉ | 91,300 | 32,000ᵉ | | Sand and gravel, construction | thousand metric tons (1000 t) | 8,230ᵣ | 93,200ᵣ | 8,450 | 105,000 | | Stone, crushed | 1000 t | 50,000ᵣ | 822,000ᵣ | 52,800 | 896,000 | | Stone, dimension | 1000 t | 13 | 8,360 | 15 | 8,760 | | Combined values of cement, clay (common and montmorillonite), feldspar, gemstones (natural), lime, mica (crude), salt, sand and gravel (industrial), vermiculite (crude) | XX | 244,000 | XX | 282,000 | | **Total** | XX | 1,200,000ᵣ | XX | 336,000 | **Key:** - The superscript “ᵉ” denotes an estimate. - The superscript “ᵣ” denotes a revised figure. This table outlines the production quantities and values of various nonfuel mineral commodities in Virginia for the years 2016 and 2017. It details metrics for kyanite, sand and gravel used in construction, crushed stone, and dimension stone, alongside combined values for other minerals such as cement and clay. The data is crucial for understanding the state's mineral output and economic impact in those years.
Transcribed Image Text:The following data table gives nonfuel mineral commodity production data for Virginia extracted from Table 5 in the 2017 Minerals Yearbook Statistical Summary. **Nonfuel Mineral Commodity Production in Virginia** | Mineral Commodity | Units | 2016 Quantity | 2016 Value (thousands) | 2017 Quantity | 2017 Value (thousands) | |-------------------|-------|---------------|------------------------|---------------|------------------------| | Kyanite | metric tons | 79,700 | 28,200ᵉ | 91,300 | 32,000ᵉ | | Sand and gravel, construction | thousand metric tons (1000 t) | 8,230ᵣ | 93,200ᵣ | 8,450 | 105,000 | | Stone, crushed | 1000 t | 50,000ᵣ | 822,000ᵣ | 52,800 | 896,000 | | Stone, dimension | 1000 t | 13 | 8,360 | 15 | 8,760 | | Combined values of cement, clay (common and montmorillonite), feldspar, gemstones (natural), lime, mica (crude), salt, sand and gravel (industrial), vermiculite (crude) | XX | 244,000 | XX | 282,000 | | **Total** | XX | 1,200,000ᵣ | XX | 336,000 | **Key:** - The superscript “ᵉ” denotes an estimate. - The superscript “ᵣ” denotes a revised figure. This table outlines the production quantities and values of various nonfuel mineral commodities in Virginia for the years 2016 and 2017. It details metrics for kyanite, sand and gravel used in construction, crushed stone, and dimension stone, alongside combined values for other minerals such as cement and clay. The data is crucial for understanding the state's mineral output and economic impact in those years.
1. Name and image. *Consider using a website such as Pixabay, Unsplash, or any other website for your images that are free and fall under CC0 Creative Commons for citation and use. If all image search websites are blocked or filtered by your school, please email your teacher for a repository of mineral images.* 2. What geological province of Virginia can this mineral be found? 3. How is this mineral extracted from the Earth? 4. What steps are taken to process this mineral into a usable form? 5. What is this mineral used to make? 6. Is this mineral found in abundance? 7. Can this mineral be recycled after it has been used? 8. Citations Page
Transcribed Image Text:1. Name and image. *Consider using a website such as Pixabay, Unsplash, or any other website for your images that are free and fall under CC0 Creative Commons for citation and use. If all image search websites are blocked or filtered by your school, please email your teacher for a repository of mineral images.* 2. What geological province of Virginia can this mineral be found? 3. How is this mineral extracted from the Earth? 4. What steps are taken to process this mineral into a usable form? 5. What is this mineral used to make? 6. Is this mineral found in abundance? 7. Can this mineral be recycled after it has been used? 8. Citations Page
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