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2.2: Lab 2 - Cross-sections and Three-point Problems
See results only from geo.libretexts.org1.4: Stereographic Projection
Stereographic projection is a powerful method for solving geometric problems …
9.3: Geological Maps
Geologic maps are two dimensional (2D) representations of geologic formations …
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Strike and dip - Wikipedia
Geology for Engineers: Geological maps 3. Calculate True Dip
How to calculate an apparent dip from a real dip (and viceversa) …
12.3: Strike and Dip - Geosciences LibreTexts
16.1: Introduction to Geological Maps and Cross-sections
Geologists make these maps by making careful field observations at numerous outcrops (exposed rocks at the Earth’s surface) throughout the mapping area. At each outcrop, geologists record information such as rock type, strike and dip …
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mapping - In Geology - True Dip versus Apparent Dip: When dip …
Measuring dip and strike - Geological Digressions
The Three point problem: Calculating strike and dip …
Oct 10, 2015 · The need to determine the strike and dip of a planar structure from a number of drill intersections is one that occurs very frequently – this is often called the three-point problem [1] and every geologist should be familiar with …
D. Stereographic Projection – Geological Structures: a …
Stereographic projection is a powerful method for solving geometric problems in structural geology. Unlike structure contouring and other map-based techniques, it preserves only the orientation of lines and planes with no ability to preserve …
Deciphering True Dip from Apparent Dip: Understanding Dip …
Tilted Beds and Strike and Dip – Physical Geology Laboratory
1.4: Stereographic Projection - Geosciences LibreTexts
Stereonet clip 9 - True dip - YouTube
STRUCTURAL GEOLOGY - PRACTICAL - Calculation of True …
9.3: Geological Maps - Geosciences LibreTexts
The True Size Of ...
2.3: Lab 3 - Working with Stereographic Projections