TEST LITHOSPHERE This is a 20 question, multiple- choice assessment.

Slides:



Advertisements
Similar presentations
Key Idea 1: Different forces shaping landforms.
Advertisements

1. Why is water a major agent of chemical weathering. A
Chapter 13: Glacial Processes, Patterns and Associated Landforms
Limestone Features Miss James Higher. Limestone scenery exposure of very extensive limestone pavements may be partly an example of the stripping of soil.
FEATURES OF SEA EROSION AND DEPOSITION
Section 2: Wave Erosion Preview Key Ideas Shoreline Erosion Beaches
Unit 7 Lesson 3 Weathering, Erosion, and Deposition
Erosion and Deposition
Weathering and Erosion
The Physical World Revision Notes.
It is important that you show a thorough understanding of all coastal processes and are able to apply them to your coursework. It is important that you.
1.5Understand how ocean waves and currents change the face of coastal areas. (Chapter 3)
Cold Environments Distinct season below freezing with snow in winter. Can be defined by latitude and altitude ie.~ PolarArctic and subarctic PeriglacialSiberia.
Unit 1: Land and Water Forms Wearing Down Landforms Wind and Waves
Coastal Erosion Processes:
LITHOSPHERE. In this unit we will look at… Glaciated Landscapes Limestone Landscapes Coastal Landscapes You will… 1.Learn about the landforms associated.
World Geography Unit 1: Land and Water Forms Wearing Down Landforms Wind and Waves.
Coasts.
Coastal Processes. - Creating waves - Constructive waves - Destructive waves - Processes of erosion - Processes of transportation - Longshore drift -
Coastal Features Headlands and Bays A headland is an area of land which juts out to sea and is surrounded by sea on three sides. Headlands form in coastlines.
Essential Question How does weathering and erosion impact earth’s surface features?
LITHOSPHERE LANDSCAPE FEATURES RESULTING FROM GLACIAL AND FLUVIOGLACIAL ACTION Glacial Action by iceFluvioglacial Action by Meltwater Erosion Deposition.
Glaciated Landscapes Corrie Deep rounded hollows with a steep back wall. After the ice has melted a lake will be formed behind the rock lip, the lake is.
What are sub-aerial processes and why are they important? What processes of erosion operate at the coast? What landforms are created by erosion? What.
Get into teams of ¾ Pen, paper, soft stuff, whiteboard & pen
Lithosphere: Glaciated Uplands 24/08/2010 Processes of erosion recap Corrie formation.
Erosion and Deposition
FEATURES OF GLACIAL EROSION
Unscramble the words! Zefere Twah Sibarano Gnkpulic Enimroa Llubzngido Freeze thaw Abraision Plucking Moraine Bulldozing.
COASTAL EROSIONAL AND DEPOSIONAL FEATURES
Coastal landforms LS: Explain the formation of erosional coastal landforms using vast key words. Describe the process of longshore drift and describe the.
WEATHERING, EROSION, & DEPOSITION
LANDSCAPE FEATURES RESULTING FROM GLACIAL AND FLUVIOGLACIAL ACTION
They are all features of glacial erosion
Headlands and Bays Coastal Features
Wave action and coastal landforms
GLACIATION.
CARBONIFEROUS LIMESTONE SCENERY
By Angelos Petrou & Christos Kathidjiotis
Unscramble the words! Zefere Twah Sibarano Gnkpulic Enimroa Llubzngido
T/F Wind, water, ice, and gravity continually shape Earth’s surface.
Weathering & Erosion Foldable
Theme 2. The natural environment 2. 1 Plate tectonics 2
Unit 7 Lesson 3 Weathering, Erosion, and Deposition
Deposition, Weathering, and Erosion
Weathering and Erosion
Lesson 2: Waves and Coastal Landforms
Go through and highlight important information.
Ch. 10 &12 Weathering, Erosion, & Deposition
Weathering and Erosion
Physical Landscapes in the UK
Go through and highlight important information.
Glaciated Landscapes.
Lesley Monk Balfron High School Session 2005/6
Chapter 4, Section 1 Landforms (part 2)
Weathering  Weathering is the process where rock is dissolved, worn away or broken down into smaller and smaller pieces.  Example of weathering: Wind and.
What’s going on ?.
LANDSCAPE FEATURES RESULTING FROM GLACIAL AND FLUVIOGLACIAL ACTION
Higher Glaciation - Erosional Features
Transportation and deposition
Weathering  Weathering is the process where rock is dissolved, worn away or broken down into smaller and smaller pieces.  Example of weathering: Wind and.
Coastal Landforms: Erosional and Depositional
Headlands and Bays Coastal Features
Wave Erosion Chapter 4.3.
What are Glaciers? Masses of ice formed on land by the compaction of snow.  Factor of glacier movement: gravity (caused by weight of ice)
Coastal Processes.
Presentation transcript:

TEST LITHOSPHERE This is a 20 question, multiple- choice assessment. There is only one correct answer for each question.

Q 1 The most accurate definition of the term EROSION is;- The dropping of rock material which has been worn down. The removal of rock material which has been worn down. The wearing down and removal of rocks. The wearing down of rocks.

Q 2 TWO forms of glacial erosion are;- Plucking and abrasion Weathering and plucking. Weathering and abrasion. Plucking and deposition.

Q 3 TWO areas of upland glaciated landscapes are;- Cairngorm mountains and Yorkshire Dales. Yorkshire Dales and Lake District. Lake District and Cairngorm mountains. Dorset Coast and Yorkshire Dales.

Q 4 Features of glaciated upland landscapes include;- U-shaped valleys, corries, truncated spurs and tombolos. Aretes, u-shaped valleys, pyramidal peaks and hanging valleys. Corries, hanging valleys, clints and aretes. Dry valleys, caves, clints and aretes.

Q 5 A truncated spur is;- Land which once projected out from a valley but is now a rough and uneven cliff. Land which once was rough and uneven but now projects out from a valley. Land which has been created from glacial debris. A low mound of moraine on the valley floor.

Q 6 An example of an arete in the Lake District is;- Striding Edge. Corrie Cas. Helvellyn. Red Tarn.

Q 7 The upland feature formed by a smaller glacier having less erosive power than a bigger glacier is;- An arete. A truncated spur. A corrie. A hanging valley.

Q 8 Roots working into rocks, growing and cracking the rock is an example of;- Exfoliation. Chemical weathering. Biotic weathering. Erosion.

Q 9 Scree is;- A large rock broken up due to the burrowing of animals. Loose rocks broken from the side of a hill by freeze-thaw action. A long, egg-shaped hummock formed by glacial deposition. A long ridge of rocks at the end of a glacier.

Q10 Rocks which allow water to pass through their joints are called ;- Porous. Permeable. Impermeable. D.Impervious.

Q11 Solution and carbonation are examples of;- Erosion. Chemical weathering. Biotic weathering. Mechanical weathering.

Q12 A Carboniferous limestone landscape is largely the result of;- Mechanical weathering. Erosion . Biotic weathering. Chemical weathering.

Q13 X =a flat block of carboniferous limestone rock Y =a wide joint between blocks of carboniferous limestone rock Z =a collapsed cavern X is a Grike, Y is a gorge, Z is a clint. X is a gorge, Y is a grike, Z is a clint. X is a clint, Y is a grike, Z is a gorge. X is a gorge,Y is a clint, Z is a grike

Q14 Dry valleys in areas of carboniferous limestone are usually;- Dry all year, even if a wet year. Wet all year, even if a dry year. U=shaped. Wet during the winter and dry during the summer.

Q15 A coastline of erosion includes;- Cliffs, caves and beaches. Caves, arches and stacks. Spits and bars. Arches and beaches.

Q16 X is a stack, Y is a arch, Z is a headland. B. Y is a stack, X is a arch,Z is a headland. C. Z is a stack, Y is a arch, X is a headland. D. X is a stack, Z is a arch, Y is a headland.

Q17 The coast in the figure was caused by;- Differential erosion. Differential deposition. Differential weathering. Differential transportation.

Q18 The movement of sand and gravel along the coastline is called;- Abrasion . Hydraulic action. Longshore drift. Attrition .

Q19 The fetch of a wave is;- The height of the wave. The amount of sand and gravel a wave carries. The length of a wave. The distance a wave travels before reaching land.

Q20 Attrition is where;- Rocks are dissolved by seawater. Waves throw rock particles against the face of a cliff. Air in a crack in the cliff is compressed then released. Stones rub against each other to become more rounded.

Now… CHECK your work is named and unambiguous. Hand it in to the tray. Sit quietly until the test is finished.