Latitude and Longitude:

Slides:



Advertisements
Similar presentations
Unnderstanding Longitude & Latitude.
Advertisements

Latitude and Longitude:
Latitude and Longitude:
A Brief History of Navigation & Cartography Warm-up: Use the world maps and write down the Latitude/Longitude of Norfolk, Virginia.
Latitude, Longitude, and Time Zones
Understanding Longitude & Latitude.
Mapping.
 This is an example of a typical graph with which we are all familiar.  The graph is made up of different “points” with lines that connect the points.
Lines of Latitude and Longitude
LATITUDE AND LONGITUDE
Understanding Latitude & Longitude.
Typical Graph  This is an example of a typical graph we are all familiar with.  The graph is made up of different “points” with lines that connect the.
Typical Graph  This is an example of a typical graph we are all familiar with.  The graph is made up of different “points” with lines that connect the.
Latitude and Longitude: Finding Locations on Planet Earth. With thanks and credit to Step.com.
The Soggy Waffles Game. Typical Graph  This is an example of a typical graph we are all familiar with.  The graph is made up of different “points”
Scientific models in the form of maps can be useful for finding locations & showing land formations on the Earth’s surface.
Typical Graph  This is an example of a typical graph we are all familiar with.  The graph is made up of different “points” with lines that connect the.
Longitude and Latitude
 This is an example of a typical graph we are all familiar with.  The graph is made up of different “points” with lines that connect the points.
Latitude and Longitude Lab # 1
Latitude and Longitude: Finding Locations on Planet Earth. With thanks and credit to Step.com.
Typical Graph  This is an example of a typical graph we are all familiar with.  The graph is made up of different “points” with lines that connect the.
Latitude and Longitude:
Locating Positions on the Earth’s Surface
Oh Where Oh Where Has My Little Dog Gone LATITUDE AND LONGITUDE.
How Do We Determine Global Positions on the Earth? Using Geographic Coordinates.
Typical Graph  This is an example of a typical graph we are all familiar with.  The graph is made up of different “points” with lines that connect the.
EQ 5: What are important locations and terms on A world map ?
GRID SYSTEMS.  The most common way to locate a place on a map is to use a GRID system  There are three different grid systems: 1. Alphanumeric Grid.
Location To locate areas on Earth with precision, people drew a grid over maps and globes. One of the most important is the equator, which divides.
Unnderstanding Longitude & Latitude.
Latitude and Longitude:
Latitude and Longitude
The Wonderful World of the Globe!
Finding Locations on Planet Earth
Latitude & Longitude Lines
Latitude and Longitude
Understanding Longitude & Latitude.
Latitude and Longitude
Latitude and Longitude
Unnderstanding Longitude & Latitude.
Latitude and Longitude:
Latitude and Longitude:
Latitude and Longitude
Latitude and Longitude:
Latitude and Longitude
Objective: To examine the basic elements of a map.
Social Studies Geography Grade 8 Subject Teacher : Ashlin Ellan.
Latitude and Longitude
Understanding Longitude & Latitude.
Unnderstanding Longitude & Latitude.
Understanding Longitude & Latitude.
Unnderstanding Longitude & Latitude.
Latitude and Longitude
Objective: To examine the basic elements of a map.
Latitude and Longitude
Unnderstanding Longitude & Latitude.
Latitude and Longitude:
Unnderstanding Longitude & Latitude.
Longitude and Latitude
Unnderstanding Longitude & Latitude.
Latitude and Longitude:
Unnderstanding Longitude & Latitude.
Unit 2: Mapping Aim: How can any place on Earth be located easily?. Google Classroom code: shy5yfn Do now: open Google Earth and find the exact location.
Calculating Latitude and Longitude in NYS
Latitude and Longitude:
Presentation transcript:

Latitude and Longitude: Finding Locations on Planet Earth. With thanks and credit to Step.com

Typical Graph This is an example of a typical graph. It is made up of points that are connected by a line.

Typical Graph Each point has two values: An ‘X’ value that runs along (4,7) Y axis Each point has two values: An ‘X’ value that runs along the horizontal ‘X’ axis and....... A ‘Y’ value that runs along the vertical ‘Y’ axis Each point is expressed as an X value and a Y value with the X value written first. For example... X axis and........... (7,5)

Typical Graph Graphs may be divided into quadrants with the X and Y values being either positive (+) or negative (-) depending on the quadrant in which they are located. Y (-X,+Y) (+X,+Y) X Now let’s apply the same principles to latitude and longitude. (-X,-Y) (+X,-Y)

On the map horizontal lines are lines of latitude and.... vertical lines are lines of longitude. The X axis is the equator and the Y axis which runs through Greenwich, England is the Prime Meridian. Equator Prime Meridian

Any location north of the equator is a NORTH LATITUDE

Any location south of the equator is a SOUTH LATITUDE

Any location west of the prime meridian is a WEST LONGITUDE

Any location east of the prime meridian is an EAST LONGITUDE

We can divide the Earth into quadrants: NE where all latitudes are NORTH and all longitudes are EAST.

We can divide the Earth into quadrants: SE where all latitudes are SOUTH and all longitudes are EAST.

We can divide the Earth into quadrants: SW where all latitudes are SOUTH and all longitudes are WEST.

We can divide the Earth into quadrants: NW where all latitudes are NORTH and all longitudes are WEST.

90°N What is latitude? Latitude is the distance from the equator along the Y axis. It is expressed in degrees. The north pole is 90° N The south pole is 90° S Remember that the equator is 0° latitude. 90°S 0° What is the maximum possible latitude on Earth? 90° is maximum. You could be at 90°N or 90°S but there is no greater latitude on Earth

What is longitude? Longitude is the distance from the prime meridian along the X axis. The prime meridian is 0° If you go halfway around the world you will reach the 180° longitude line. 180° 0° 180° Understand that there aren’t two 180° lines. On this FLAT map it just looks that way. Its the SAME line. What is the maximum possible longitude on Earth? 180° is the maximum possible longitude on Earth.

What are the coordinates of location......A 60°N, 30°W 75°S, 75°E 15°S, 105°W Each box on this map is 15°. With that in mind how can we identify specific locations (red dots)? Remember, write latitude first! What are the coordinates of location......A What are the coordinates of location......B What are the coordinates of location......C But what about location D ? It’s in the middle of a box. What do we do now?

Each degree is about 111 kilometers so the yellow-shaded 43°N Look at Ithaca, NY. 77°W 76°W The latitude is more than 42°N but less than 43°N and the longitude is more than 76°W but less than 77°W Ithaca 42°N Each degree is about 111 kilometers so the yellow-shaded box (1° x 1°) in which Ithaca is located covers over 12,000 square kilometers of land. We need to be more precise. We can do that by subdividing each degree into 60 smaller units called minutes.

If there are 60 minutes in each degree then half a degree would be 30 minutes. Let’s draw in the 30 minute (30’) line. The line you just drew is 42°30’N. Now let’s look at lines of longitude. The line you just drew is 76°30’W. Now let’s see if we can locate Ithaca more precisely.

Notice that Ithaca is just south of the 42°30’N line. If it’s not quite 30’ then let’s call it 25’. Ithaca is located 42°25’N. Ithaca’s longitude is 76°30’W. Now we’ll put latitude and longitude together to give a precise location: Ithaca is 42°25’N , 76°30’W.

Plattsburgh is about 44°40’N, 73°25’W.

SO PRACTICE, PRACTICE, PRACTICE! Here are some things to remember: > Latitude is written first and must always include N (north) or S (south) of the equator. > Longitude is written next and must always include E (east) or W (west) of the prime meridian. > Each degree of latitude or longitude can be divided into 60 minutes. > A minute, as used here, is a unit of distance on the earth’s surface. It is not a unit of time. > As with anything else you learn you will get better with practice......... SO PRACTICE, PRACTICE, PRACTICE!