Geography - jomarie
... Planar projections - formed when a flat piece of paper is put over a globe with a light source inside One of the poles is at center of the map, giving an impression of looking up or down at the Earth ...
... Planar projections - formed when a flat piece of paper is put over a globe with a light source inside One of the poles is at center of the map, giving an impression of looking up or down at the Earth ...
Equal Area World Maps: A Case Study
... on this map, the hemisphere facing us as we look at the globe is depicted as a central circle, with the diameter of the circle equal to the vertical axis of the overall ellipse. The “dark side” of the earth is split in two with one piece shown on either side of the central circle. The mathematics in ...
... on this map, the hemisphere facing us as we look at the globe is depicted as a central circle, with the diameter of the circle equal to the vertical axis of the overall ellipse. The “dark side” of the earth is split in two with one piece shown on either side of the central circle. The mathematics in ...
Summary on Chapter No.2 MAPS AND GLOBES - E
... surface is impossible without some distortion, which means all maps have some problems either with size or distance. A globe is the only representation of the earth that does not distort either the shape or the size of large features. The tilt and rotation of the earth is clearly apparent on a globe ...
... surface is impossible without some distortion, which means all maps have some problems either with size or distance. A globe is the only representation of the earth that does not distort either the shape or the size of large features. The tilt and rotation of the earth is clearly apparent on a globe ...
EARTHQUAKES
... causing the rocks to deform plastically (Time 2). When the stresses become too great, the rocks return to their original shape but they move (Time 3). This motion releases the energy that creates an earthquake. ...
... causing the rocks to deform plastically (Time 2). When the stresses become too great, the rocks return to their original shape but they move (Time 3). This motion releases the energy that creates an earthquake. ...
Intensity Scale
... The Mercalli Scale is a measure of the effects of an earthquake at a particular place and depends not only on strength (magnitude) of a quake, but also the distance from the place of origin and the local geology at the observation point. A given event will have only one magnitude, but many intensity ...
... The Mercalli Scale is a measure of the effects of an earthquake at a particular place and depends not only on strength (magnitude) of a quake, but also the distance from the place of origin and the local geology at the observation point. A given event will have only one magnitude, but many intensity ...
EX - Greenwood School District 50
... cities show w/ star Economic maps: type of thematic map that shows natural resources in areas and/or ways that people make a living; legends may show mines, factories, power plants, etc. NOTE: the economy of a country is the way the money is earned, ...
... cities show w/ star Economic maps: type of thematic map that shows natural resources in areas and/or ways that people make a living; legends may show mines, factories, power plants, etc. NOTE: the economy of a country is the way the money is earned, ...
THE EARTH. MERIDIANS AND PARALLELS
... Pole to the South Pole that connects all locations running along it with a given longitude. The position of a point on the meridian is given by the latitude. Each meridian is perpendicular to all circles of latitudeat the intersection points. Each is also the same size, being half of a great circle ...
... Pole to the South Pole that connects all locations running along it with a given longitude. The position of a point on the meridian is given by the latitude. Each meridian is perpendicular to all circles of latitudeat the intersection points. Each is also the same size, being half of a great circle ...
Unit 2: The World in Spatial Terms (Lessons 1-3)
... tend to be expensive, and make it hard to see two far apart places at the same time. Because of these limitations, sometimes it is more useful to use maps. People who make maps are referred to as cartographers. Cartographers who make world maps are faced with many challenges because they take the gl ...
... tend to be expensive, and make it hard to see two far apart places at the same time. Because of these limitations, sometimes it is more useful to use maps. People who make maps are referred to as cartographers. Cartographers who make world maps are faced with many challenges because they take the gl ...
De Blij Ch. 1 Study Guide
... 2. Perceptual Regions of the USA - Use the map on page 27 in your textbook to prepare a sketch map which shows the various perceptual regions of the USA. Use a variety of colors (note there may be some overlapping of colors) and include a key. Ignore Hawaii & Alaska. ...
... 2. Perceptual Regions of the USA - Use the map on page 27 in your textbook to prepare a sketch map which shows the various perceptual regions of the USA. Use a variety of colors (note there may be some overlapping of colors) and include a key. Ignore Hawaii & Alaska. ...
FREE Sample Here
... The world’s time zones were established based on the relationship among: a. latitude, Earth’s rotation, and time b. longitude, Earth’s rotation, and time c. latitude, Earth’s revolution, and time d. longitude, Earth’s revolution, and time ...
... The world’s time zones were established based on the relationship among: a. latitude, Earth’s rotation, and time b. longitude, Earth’s rotation, and time c. latitude, Earth’s revolution, and time d. longitude, Earth’s revolution, and time ...
National Geographic Geography Handbook
... going from a globe to a map. A great circle is an imaginary line that follows the curve of the earth. Traveling along a great circle is called following a great circle route. Airplane pilots use great circle routes because they are the shortest routes. The idea of a great circle shows one important ...
... going from a globe to a map. A great circle is an imaginary line that follows the curve of the earth. Traveling along a great circle is called following a great circle route. Airplane pilots use great circle routes because they are the shortest routes. The idea of a great circle shows one important ...
Unit-1-and-2-Study-Guide-Answers-
... Step 1: Find the compass rose and scale on the map. Use these tools to estimate the size of Europe from north to south and from east to west. Step 2: Look at the natural resource symbols on the map. On the map legend, circle the three or four most common resources you see on the map. Step 3: Study t ...
... Step 1: Find the compass rose and scale on the map. Use these tools to estimate the size of Europe from north to south and from east to west. Step 2: Look at the natural resource symbols on the map. On the map legend, circle the three or four most common resources you see on the map. Step 3: Study t ...
National Geographic Geography Handbook
... guage in millions. By comparing the lengths of each year and then are connected by a line. the bars, you can quickly tell which language Line graphs sometimes have two or more lines is spoken by the most people. Bar graphs are plotted on them. The line graph (below) shows ...
... guage in millions. By comparing the lengths of each year and then are connected by a line. the bars, you can quickly tell which language Line graphs sometimes have two or more lines is spoken by the most people. Bar graphs are plotted on them. The line graph (below) shows ...
Test Bank 1
... The world’s time zones were established based on the relationship among: a. latitude, Earth’s rotation, and time b. longitude, Earth’s rotation, and time c. latitude, Earth’s revolution, and time d. longitude, Earth’s revolution, and time ...
... The world’s time zones were established based on the relationship among: a. latitude, Earth’s rotation, and time b. longitude, Earth’s rotation, and time c. latitude, Earth’s revolution, and time d. longitude, Earth’s revolution, and time ...
Landforms
... • The map scale is the relationship between the distances on the map and distances on Earth’s surface. • Scale often is represented as a ratio. • A map scale also can be shown in the form of a small bar that is divided into sections and scaled down to match real distances on Earth. ...
... • The map scale is the relationship between the distances on the map and distances on Earth’s surface. • Scale often is represented as a ratio. • A map scale also can be shown in the form of a small bar that is divided into sections and scaled down to match real distances on Earth. ...
Unit I Questions
... e. constantly changing past and present conditions c. level of education 1:100,000 is an example of what type of scale? a. Fractional d. Line statement b. Large scale e. Word ...
... e. constantly changing past and present conditions c. level of education 1:100,000 is an example of what type of scale? a. Fractional d. Line statement b. Large scale e. Word ...
Unit 1 ppt - Winston-Salem/Forsyth County Schools
... Map scale – most maps are smaller than the reality they represent. Map scales tell us how much smaller. Map projection – this occurs because you must transform the curved surface of the earth on a flat plane. Map type – you can display the same information on different types of maps. ...
... Map scale – most maps are smaller than the reality they represent. Map scales tell us how much smaller. Map projection – this occurs because you must transform the curved surface of the earth on a flat plane. Map type – you can display the same information on different types of maps. ...
Geography Handbook - Boone County Schools
... latitude crosses a specific line of longitude. By using degrees (°) and minutes (′) (points between degrees), people can pinpoint the precise spot where one line of latitude crosses one line of longitude—an absolute location. Geography Handbook ...
... latitude crosses a specific line of longitude. By using degrees (°) and minutes (′) (points between degrees), people can pinpoint the precise spot where one line of latitude crosses one line of longitude—an absolute location. Geography Handbook ...
Measuring Earthquakes
... The Richter Scale This measures the magnitude of a tremor (how powerful it is) using an instrument called a seismograph. On the Richter Scale, magnitude is expressed in whole numbers and decimal fractions. Although the Richter Scale has no upper limit, the largest earthquake ever recorded was in 196 ...
... The Richter Scale This measures the magnitude of a tremor (how powerful it is) using an instrument called a seismograph. On the Richter Scale, magnitude is expressed in whole numbers and decimal fractions. Although the Richter Scale has no upper limit, the largest earthquake ever recorded was in 196 ...
Map Reading Skills
... Longitude lines are also called meridians These lines run from the North Pole to the South Pole, and they help measure how far East or West a particular location is from the prime meridian The prime meridian is marked 0° Lines that are west of the prime meridian are marked W which shows they reside ...
... Longitude lines are also called meridians These lines run from the North Pole to the South Pole, and they help measure how far East or West a particular location is from the prime meridian The prime meridian is marked 0° Lines that are west of the prime meridian are marked W which shows they reside ...
Map Features PPT
... 2) Use a scale on a map and convert distances from inches to centimeters and miles to kilometers 3) Identify locations on a map using latitudinal and ...
... 2) Use a scale on a map and convert distances from inches to centimeters and miles to kilometers 3) Identify locations on a map using latitudinal and ...