Longitude example sentences

"Longitude" Example Sentences

1. The longitude of a place on the Earth's surface is its angular distance east or west from the prime meridian.
2. The prime meridian, at 0° longitude, passes through Greenwich, London.
3. All places to the east of the prime meridian have positive longitude values, while those to the west have negative longitude values.
4. Washington, D.C., lies at approximately 38° 53′ N, 77° 02′ W, meaning roughly 38 degrees north of the equator and 77 degrees west of the prime meridian.
5. The International Date Line passes through 180° longitude.
6. The International Space Station orbits Earth approximately once every 90 minutes at an altitude of around 400 kilometers with an inclination of 51.6° and longitude and latitude coordinates that change continuously.
7. The most accurate way to determine a place's longitude is by precise time signals transmitted via satellite navigation systems.
8. Early navigators had difficulty determining longitude at sea because they could only accurately measure latitude with instruments like astrolabes.
9. The race to find an accurate method of determining longitude at sea led to an important breakthrough: the marine chronometer invented by John Harrison in the 1700s.
10. The Strait of Gibraltar connects the Mediterranean Sea with the Atlantic Ocean and separates Spain from Morocco, spanning latitudes between 35° and 37° N and longitudes between 5° and 7° W.
11. Magnetic compasses were of little help in determining longitude due to variations in the Earth's magnetic field.
12. The Greenwich meridian runs directly through the Greenwich Observatory in London, England, and marks 0° longitude.
13. The Apollo 11 lunar module landed on the moon at 0° longitude and 23.5° north lunar latitude.
14. The primary circumferential groove on Saturn, known as Saturn's equator, lies approximately in the ringed planet's orbital plane at a longitude of 280°.
15. The Haleakala Observatory on the Hawaiian Island of Maui sits at approximately 20° 45′ N, 156° 18′ W.
16. Major cities in China like Beijing and Shanghai are located in the 100° to 120° East longitude zone.
17. French Polynesia occupies a strategic region of the South Pacific at a longitude midway between South America and Australia.
18. Approximately 2% of the Earth's surface falls within 5° of longitude on either side of the prime meridian.
19. Malaysia is located between latitudes 1°N and 7°N and longitudes between 100°E and 119°E.
20. Iceland straddles the Mid-Atlantic Ridge, a transform boundary between the Eurasian and North American tectonic plates, between the latitudes of 63 to 67°N and longitudes of 13 to 24°W.
21. The International Date Line zigzags to avoid splitting certain nations and territorial units across two calendar days.
22. This observatory was built at a location with an ideal longitude and an elevation over 4000 feet.
23. The difference in longitudinal positions of the boat over time would determine its change in longitude.
24. The meridians of longitude converge at the poles.
25. The Earth’s rotational axis also defines its prime meridian at 0 degrees longitude.
26. Alaska covers vast expanses of latitude and longitude with its extensive coastlines and huge land area.
27. The ten satellite-based GNSS constellations allow for accurate measurements of latitude, longitude and elevation anywhere on Earth.
28. Easter Island, known for its massive stone statues, lies in the Pacific Ocean at 27° 09′ S, 109° 26′ W.
29. The city is situated at an optimum longitude for radio communications and has excellent transport links.
30. An oil rig is currently operating at 34 degrees north latitude and 66 degrees west longitude.
31. We measured the precise longitude and latitude coordinates using a handheld GPS device.
32. We compared maps with different graticule spacings of longitude and latitude.
33. The prime meridian effectively splits the planet into the Eastern and Western Hemispheres.
34. The international date line zig zags to keep some island nations within the same time zone.
35. The device provides a simple and accurate means of determining one's current longitude and latitude coordinates.
36. The goal of the expedition was to measure the exact latitudes and longitudes of several remote islands.
37. The city plans to construct a new space observatory at a longitude of 98.24 degrees east.
38. Trade winds blow predominantly from the northeast in this region between the latitudes of 5 to 15 degrees north and longitudes of 120 to 140 degrees east.
39. Eratosthenes famously calculated the Earth's circumference by measuring the change in angle of sunlight at different longitudes.
40. The islands are located roughly halfway between Australia and South America at a longitude of 176 degrees east.
41. The lines of latitude and longitude form a grid that allows us to specify any location on the planet.
42. She recorded the precise latitudes and longitudes of prominent landmarks along their journey.
43. The device is frequently calibrated for extremely precise measurements of latitude, longitude and altitude.
44. The country covers a wide range of longitude and shares a time zone with several of its neighbors.
45. The vehicle transmitted its real-time GPS coordinates at regular intervals, making it easy to track its movement across lines of longitude.
46. Damage to underwater communication cables crossing this region's major fault lines between the Africa and Eurasia tectonic plates occasionally occurs.
47. Determining one's position in terms of east–west longitude was far more difficult than finding latitude before the advent of accurate timekeeping devices.
48. The meridians converge at the poles, giving them a minuscule measure of longitudinal extent.
49. The team navigated across vast expanses of ocean, accurately pinpointing their location using stars, clocks and refined tables of lunar longitude.
50. Different time zones were developed based primarily on differences in longitude.
51. Prime meridians are used as the basis for defining time zones and standard time.
52. Many maps use a Mercator projection that distorts the depiction of latitudes and longitudes.
53. The observatory's precise timekeeping capabilities were essential to aid navigators in determining longitude at sea.
54. Cartographers have developed various map projections that compensate for distortion along lines of latitude and differences in spacing of longitude.
55. His astronomical calculations led him to determine various locations' longitudinal separation from Alexandria in ancient Egypt.
56. They set sail, determined to discover the secret of accurately measuring longitude while at sea.
57. Our schedule took into account the crossing of multiple time zones as we traveled westward, moving to earlier longitudes.
58. GPS signals provide information about both time and spatial position in terms of latitude, longitude and altitude.
59. The device allows for recording precise measurements of location in terms of latitude, longitude, elevation and time.
60. Navigators had to perform complex celestial observations and calculations to determine their ships' longitudes at sea.

Common Phases

1. The longitude of the city is 80° 23' E.
2. They used longitude lines to determine the location of important landmarks.
3. He made several observations of Jupiter's moons to determine the local longitude.
4. Around 1714, the British government offered a prize to anyone who could accurately determine longitude at sea.
5. The International Date Line runs roughly along the 180° longitude line.
6. The World Geodetic System determines latitude and longitude based on a spheroid model of the Earth.
7. The prime meridian, 0° longitude, runs through Greenwich, England.
8. The prime meridian and the International Date Line intersect at the North Pole.
9. Washington, D.C.'s approximate longitude is 77° west.
10. The International Space Station orbits the Earth at an approximate longitude of 51.6° E.
11. Navigators used chronometers to determine longitude based on accurate timekeeping at sea.
12. They used latitude and longitude coordinates to plot the location of the shipwreck.
13. He carefully measured the ship's position in terms of latitude and longitude.
14. The Royal Observatory in Greenwich defines the prime meridian.
15. Longitude lines run perpendicular to latitude lines and circle the Earth east to west.
16. The ship's captain plotted their longitude based on observed lunar positions.
17. The device used to determine longitude at sea was called a chronometer.
18. The prime meridian divides the Earth into the Eastern and Western Hemispheres.
19. Space probes use their positions in terms of longitude and latitude for navigation.
20. Using their satellite phone, they determined the longitude of their isolated campsite.
21. The plane's flight course showed a heading of 270 degrees longitude.
22. He checked the GPS coordinates to confirm the ship's 53 degree north latitude and 22 degree west longitude.
23. The clock told Greenwich Mean Time, essential for finding longitude from the prime meridian.
24. Ferdinand Magellan was the first navigator to determine longitude at sea.
25. The dateline marks the international date change at 180 degrees of longitude.
26. They sighted along lines of longitude to triangulate the target's position.
27. The device that tells precise time used for finding longitude at sea is called a chronometer.
28. The prime meridian is the starting point for all longitude coordinates.
29. The World Geodetic System 1984 uses longitude to measure locations around 80° S to 84° N.
30. Knowing accurate local time allowed calculation of longitude from the prime meridian.
31. With a compass, they oriented the topographical map using lines of longitude and latitude.
32. The observatory waited for the precise moment of noon to determine the difference in longitude.
33. From their known latitude and longitude coordinates, they pinpointed their location on the map.
34. The observatory clock was set to Greenwich Mean Time for determining longitudinal position.
35. His research expedition required precise latitude and longitude measurements.
36. They flew a long arc across parallels of latitude and lines of longitude.
37. He plotted the location of seaside ruins according to their latitude and longitude coordinates.
38. The radio clocks synced to Greenwich Mean Time provided a way of calculating longitude.
39. The airship flew along lines of constant longitude during its circumnavigation trip.
40. The chronometer kept precise time allowing the navigator to calculate the ship's longitude.
41. The prime meridian marks 00 degrees longitude.
42. A GPS can provide both latitude and longitude coordinates to pinpoint a location.
43. The navigator calculated the ship's longitude using tables and the chronometer's precise time.
44. They sailed along a line of constant latitude and variable longitude during their westward trip.
45. The mountains lay at 45 degrees north latitude and 100 degrees west longitude.
46. He used satellites to determine precise latitude and longitude coordinates.
47. The prime meridian divides the Earth into the Eastern and Western Hemispheres.
48. The prime meridian intersects the Equator, defining 0° longitude.
49. The prime meridian runs through Greenwich, England, longitude 0°.
50. They determined latitude and longitude using GPS satellites.
51. They sailed along a line of constant longitude and variable latitude.
52. At precisely 12 noon by the observatory clock, they determined the observatory's exact longitude.
53. Longitude lines encircle the globe east to west from 0° to 180°.
54. They sighted along lines of longitude to triangulate the enemy's position.
55. We traveled due south along a line of constant longitude.
56. The observatory clock was set to Greenwich Mean Time for determining longitudinal position.
57. She plotted their location on a map using the plane's latitude and longitude coordinates.
58. The clock was set to Greenwich Mean Time for determining longitude from the prime meridian.
59. The satellite showed the storm's position in terms of latitude and longitude.
60. The coordinates revealed an exact position based on degrees of latitude and longitude.