Chapter 16.

Slides:



Advertisements
Similar presentations
Weathering Chapter 6, Section 1.
Advertisements

11: Erosion Weathering – disintegration and decomposition
Weathering Soils Mass Movement Chapter 8. TOPIC 1 Weathering- The break-up of rock due to exposure to the atmosphere. Depth of rock a factor. –GRANITE.
INVOLVES 4 BIG items: –______________ –______________________ –________ –____________________.
Chapter 14 Quiz Review.
Chapter 8 Part 2 Weathering, Soils and Weathering, Soils and Mass Movement GRB Pages
Ch 5 – Weathering & Erosion
Weathering, Erosion and Mass Wasting Weathering is the the breakdown of solid rock at or near the Earth's surface.
Formation of Sedimentary Rocks
Weathering, Erosion, Soil and Sedimentary Rocks Chapter 8 & 5.
Weathering and Erosion. Weathering  The processes that break down rock into smaller pieces.
Weathering, Soil, Erosion
Difference Between a Rock and a Mineral
Ch 14 Weathering Two Types: 1.Physical or Mechanical 2.Chemical.
Rocks and Weathering. Benchmarks: 0 SC.6.N.3.4- Identify the role of models in the context of the benchmarks. 0 SC.6.E.6.1- Describe and give examples.
RATES OF WEATHERING Factors of Rates of Weathering 1. Parent Material (The rocks themselves) - Igneous and metamorphic most resistant, sedimentary least.
PHYSICAL GEOGRAPHY Weathering, Mass Wasting & Erosion C.J. Cox.
WEATHERING AND EROSION CHAPTERS 14 & 18. WEATHERING WATCH BRAIN POP WATCH BRAIN POP The breaking down of rock 2 types: mechanical and chemical.
6/12/20161 Weathering/Erosion Ms. Margolles. 6/12/20162 Topics of Discussion Weathering Chemical & Mechanical weathering Mass movements Running water.
Weathering, Soil, and Mass Movements Chapter 5. Mechanical Weathering physical forces break rock into smaller and smaller pieces.
CH 6 Rocks & Rock Cycle Quiz Review. Plagioclase feldspar, biotite, pyroxene, amphibole, and olivine are common minerals in felsic/mafic igneous rocks.
Weathering, Soils, & Erosion. #1 Weathering is the break up of rock due to exposure to processes that occur at the Earth’s surface. Weathering is the.
Mineral & Rock Review Chapters 3 & 4. Minerals  A naturally occurring, inorganic solid with crystal structure and a definite chemical composition  Families.
Rock Cycle Unit 3 – What is weathering
Weathering and Erosion
EARTH SCIENCE!!! Rocks!.
What is a sediment? A rock fragment
Science Jeopardy The Earth System Minerals Rocks Weathering & Soil
Definitions: Weathering: the break-up of rock at earth’s surface
Mineral & Rock Review Chapters 3 & 4.
Rocks Rock!.
Mechanical & Chemical Weathering
Weathering and Erosion
Sedimentary Rocks Sediments Lithification Deposition Transport Erosion
Chapter 14 – Weathering and Erosion
DO NOW Pick up notes and Review #33..
Chapter 7 Section 1 Notes.
Chapter 14 Weathering and Erosion
Ch 10: Weathering and Soil Formation.
Chapter 12: Weathering & Erosion
Physical (Mechanical) and Chemical Weathering
YehliuTaiwan-HoneycombWeathering
Mineral & Rock Review Chapters 3 & 4.
Weathering.
Soil Formation and Mass Movements.
Interactions Between the Climate and Plate Tectonic Systems
Chapter 7 – Weathering and Erosion
Chapter 5 Weathering, Soil, and Mass Movements
Chapter 4 Rocks.
Weathering and Soil Chapter 7.
DO NOW Pick up notes and Review #23. Turn in Review #22.
Ch 5 – Weathering & Erosion
RATES OF WEATHERING Factors of Rates of Weathering
WEATHERING.
Weathering Weathering - processes at or near Earth’s surface that cause rocks and minerals to break down Erosion - process of removing Earth materials.
Weathering.
Factors Influencing Weathering
The Earth’s external forces
Weathering and Erosion
Sedimentary Rock.
Inside Earth Chapter 5.3 Pages
Types of Weathering © Copyright   M. J. Krech. All rights reserved.
Chapter 2 Weathering & Soil
Ch 5 – Weathering & Erosion
WEATHERING AND SOIL Weathering - breaking down of rocks Types
Ch 5: Weathering, Soil, & Mass Movements.
Unit 2: Rocks Types and Their Formation
WARM UP Write in your notebook for today’s date that the warm up was the quiz Take out your foldable and a pen or pencil.
Weathering.
Chapter 2 Weathering & Soil
Presentation transcript:

Chapter 16

1. Which type of rock will be broken down by weathering? A. igneous B. sedimentary C. metamorphic D. all rock types

A. mechanical weathering. B. chemical weathering. 2. Crushing and abrasion that occurs at the base of a cliff due to falling rock is an example of: A. mechanical weathering. B. chemical weathering.

3. Rusting of the metal chair on your deck is an example of: A. mechanical weathering. B. chemical weathering.

4. The major agent responsible for the rusting of the chair is: A. acid. B. oxygen. C. water.

5. Dissolution is a type of chemical weathering caused by . A. acid B. oxygen C. water

6. Which of the following minerals will weather the fastest? A. quartz B. biotite C. halite D. olivine

7. Which of the following minerals will weather the slowest? A. pyroxene B. calcite C. orthoclase feldspar D. quartz

8. Does increased precipitation increase or decrease the rate of chemical weathering? A. increase B. decrease

9. Does increased temperature increase or decrease the rate of chemical weathering? A. increase B. decrease

10. Complete mechanical weathering of granite would produce: A. pyroxene and clay minerals. B. quartz and clay minerals. C. quartz, feldspar, and micas. D. calcite and fragments of rhyolite.

11. Complete chemical weathering of granite would produce: A. pyroxene and clay minerals. B. quartz and clay minerals. C. quartz, feldspar, and micas. D. calcite and fragments of rhyolite.

A. acid. B. oxygen. C. water. D. carbon dioxide. E. plants. 12. The main agent responsible for translocation of materials through a soil is: A. acid. B. oxygen. C. water. D. carbon dioxide. E. plants.

13. Which of the following factors is not important to soil formation? A. parent material B. time C. climate D. organisms E. All of these factors are important.

A. parent material. B. time. C. climate. D. topography. E. organisms. 14. The most important soil-forming factor for the production of Aridisols is: A. parent material. B. time. C. climate. D. topography. E. organisms.

15. Which of the following has the steepest angle of repose? A. dry fine sand B. dry coarse sand C. damp coarse sand D. saturated fine sand

16. Which is the most stable situation in terms of mass wasting? A. steep slope, slightly moist soil B. steep slope, saturated soil C. gentle slope, slightly moist soil D. gentle slope, saturated soil

17. Which is the least stable situation in terms of mass wasting? A. steep slope, slightly moist soil B. steep slope, saturated soil C. gentle slope, slightly moist soil D. gentle slope, saturated soil

A. rock B. unconsolidated material 18. Which type of material typically results in mass movement events with fast rates of movement? A. rock B. unconsolidated material

19. Which of the following is the slowest type of mass movement? A. rockfall B. rockslide C. debris slide D. slump E. creep

20. Which type of material presents the largest risk of mass movement? A. granite B. sandstone C. shale D. gneiss E. limestone