Using the information provided, group the following 7 minerals into the following three categories: low-grade (greenschist facies), high-grade, moderate pressure (amphibolite facies), and high-grade, low pressure (hornfels facies) Andalusite Chlorite Cordierite Kyanite Garnet Sillimanite Staurolite
Using the information provided, group the following 7 minerals into the following three categories: low-grade (greenschist facies), high-grade, moderate pressure (amphibolite facies), and high-grade, low pressure (hornfels facies) Andalusite Chlorite Cordierite Kyanite Garnet Sillimanite Staurolite
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
Related questions
Question
Using the information provided, group the following 7 minerals into the
following three categories: low-grade (greenschist facies), high-grade, moderate pressure
(amphibolite facies), and high-grade, low pressure (hornfels facies)
Andalusite
Chlorite
Cordierite
Kyanite
Garnet
Sillimanite
Staurolite
Chlorite
Cordierite
Kyanite
Garnet
Sillimanite
Staurolite

Transcribed Image Text:The image presents a table divided into three columns, each representing a different category of metamorphic conditions based on grade and pressure. Here's a description of the table:
- **Column 1: Low-Grade**
- This column is designated for information or characteristics associated with low-grade metamorphic conditions.
- **Column 2: Medium-Grade, Moderate Pressure**
- This section pertains to medium-grade metamorphic rocks formed under moderate pressure conditions.
- **Column 3: High-Grade, Low Pressure**
- This column covers high-grade metamorphic rocks that develop under low-pressure conditions.
Currently, the table is empty, with no additional data or characteristics filled in each column. This format can be used to categorize and compare metamorphic rock types, mineral compositions, or other related geological features.
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