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DateSubjectReading 1/13Atomic structure - basic principlesChapters 1+4 1/15The Periodic Table and atomic propertiesChapter 4 Laboratory: Introduction to Earth MaterialsChapters 2+3 1/20Formation of ions; bondingChapter 4 1/22Pauling’s RulesChapter 4 Laboratory: Atomic Periodicity and Atomic StructureChapter 4 1/27Coordination polyhedraChapter 4 1/29Mineral compositions - representationChapter 4 Laboratory: Physical Properties of MineralsChapter 3 2/3Lecture Examination #1 2/5Introduction to Geologic EnvironmentsChapter 2 Laboratory: Mineral IdentificationChapter 3 2/10Igneous processes: plate tectonics and magma originChapter 8 2/12Igneous processes: compositions and compositional variationsChapter 8 Laboratory: Mineral IdentificationChapter 7 2/17Igneous processes: crystallization of magmaChapter 8 2/19Igneous processes: numerical simulation of fractional crystallization In-class exercise Chapter 8 Laboratory: Mineral IdentificationChapter 7 2/24Igneous processes: basaltsChapter 9 2/26Igneous processes: subduction zones - andesites and granitesChapter 9 G225 - Earth Materials Syllabus - Spring 2015 Lecture Section 20590 11:15A-12:30P Tuesdays and Thursdays, Room GY 447 Lab Section 20591 1:25P-03:20P Thursday, Room GY 245 Instructor: Dr. Edward M. Ripley Office: Geology 329, Phone: 855-1196 email: email@example.com@indiana.edu website: http://www.indiana.edu/~g225http://www.indiana.edu/~g225 Lab Instructor: Brad Thomas email: firstname.lastname@example.org@umail.iu.edu
Laboratory: Igneous Rock IdentificationChapter 7 3/3Igneous processes: minerals and reviewChapters 8+9 3/5Lecture Examination #2 Laboratory Examination #1 3/10Sedimentary processes: weathering - chemical and biological controlsChapter 10 3/12Sedimentary processes: transport and deposition of detrital sedimentsChapter 11 Laboratory: Sedimentary Minerals and RocksChapter 12 3/15- 22 SPRING BREAK 3/24Sedimentary processes: Compositional maturity of detrital sedimentsChapter 11 3/26Sedimentary processes: chemical and biologic controls on rock formation - carbonates, evaporites, banded iron formations Chapter 11 Laboratory: Weathering ProductsChapter 10 4/2Sedimentary processes: In-class exercise 4/4Chemical sedimentary rocksChapter 11 Laboratory: Hydrothermal MineralsChapter 15 4/7Lecture Examination #3 4/9Metamorphic processes: Causes and types of metamorphismChapter 14 Laboratory: Metamorphic MineralsChapter 13 4/14Metamorphic processes: textures and classificationChapter 14 4/16Metamorphic reactions: In-class exerciseChapter 14 Laboratory: Metamorphic RocksChapter 13 4/21Surface processes: factors that control soil formationwebsite 4/23Surface processes: identifying soil types and featureswebsite Laboratory: Observations of a Local Soil Profile 4/28Ore deposits - economic mineralsChapter 15 4/30Plate tectonics and the rock cycle Laboratory Examination #2 5/7FINAL EXAM Thursday May 7 th FROM 10:15 A.M. – 12:15 A.M.
The Judson Mead Geologic Field Station Indiana University Cardwell, Montana The Judson Mead Geologic Field Station Indiana University Cardwell, Montana
New Course!!! G433 Geology, hydrology and geochemistry in The Rocky Mountains
Are field skills of any importance ?
G225 - EARTH MATERIALS S YLLABUS - S PRING 2012 Lecture Section :15A-12:30P Tuesdays and Thursdays, Room GY 447 Labs Section :25P-03:20P.
Building materials as geologic samples Thursdays for Teachers September 24, 2009.
Rocks and rock cycle By: Rashid And Andrew. Introduction Rock is the most and abundant material on earth. When rocks are examined it consists of smaller.
Identify the three major types of rock, and explain how each type forms. Summarize the steps in the rock cycle. Explain Bowen’s reaction series.
The Rock Cycle Thinking about relationships among the major rock groups.
AIM: Explain the rock cycle and the role of plate tectonics in the rock cycle? OBJ: Given notes and activity sheet SWBAT explain the rock cycle and the.
Tape here Chemically Weather and transport in the tropics (FREE TURN and go to Sedimentary Rocks) Physically weather and transport via rivers (go to Sedimentary.
Rocks and Minerals. Rocks Rocks are any solid mass of mineral or mineral-like matter occurring naturally as part of our planet Types of Rocks 1.Igneous.
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu Section 1 Rocks and the Rock Cycle Chapter 6 Objectives Identify.
The Rock Cycle. Rock cycle metamorphic rocks igneous rocks sedimentary rocks important to note rock types, processes, intermediary states, and shortcuts.
Section 1: Rocks and the Rock Cycle
Formation of Mineral Deposits
Engineering Geology ECGD University of Palestine2 Course Syllabus Instructor: Osama Dawoud BSc. Civil Engineering, IUG, Gaza MSc. Water Resources.
Rock Formations Notes.
REMINDER: Big Island Field Trip November 3-5 $50 deposit by Sept. 15 Kilo Moana Field Trip Wednesday October 25 Thursday October 26.
ROCK CYCLE Page 23 of INB EQ: How is the rock cycle related to plate tectonics?
Three Major Types of Rocks Igneous Sedimentary Metamorphic.
1 Average reservoir residence times ReservoirAverage residence time Antarctica20,000 years Oceans3,200 years Glaciers20 to 100 years Seasonal snow cover2.
What characteristics does a material MUST have to be considered a mineral? 1. _________________________________________________________________________.
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