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Based on the resistivity data below collected via Wenner array, determine the geologic structure of the subsurface: (a) number of layers, (b) depth(s) of interface(s), (c) resistivities of the layers as accurate as possible. Electrode spacing, a (m) Apparent resistivity (Qm) 85 28 128 34 191 46 287 66 430 95 645 133 968 180 1452 232 2178 282 3268 320

Based on the resistivity data below collected via Wenner array, determine the geologic structure of the subsurface: (a) number of layers, (b) depth(s) of interface(s), (c) resistivities of the layers as accurate as possible. Electrode spacing, a (m) Apparent resistivity (Qm) 85 28 128 34 191 46 287 66 430 95 645 133 968 180 1452 232 2178 282 3268 320

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Based on the resistivity data below collected via Wenner array, determine the geologic structure of the subsurface: (a) number of layers, (b) depth(s) of interface(s), (c) resistivities of the layers as accurate as possible. Electrode spacing, a (m) Apparent resistivity (O'm) 85 28 128 34 191 46 287 66 430 95 645 133 968 180 1452 232 282 2178 320 3268
Transcribed Image Text:Based on the resistivity data below collected via Wenner array, determine the geologic structure of the subsurface: (a) number of layers, (b) depth(s) of interface(s), (c) resistivities of the layers as accurate as possible. Electrode spacing, a (m) Apparent resistivity (O'm) 85 28 128 34 191 46 287 66 430 95 645 133 968 180 1452 232 282 2178 320 3268
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