Because the earth is round and the bottom of the earth is smaller than the middle of earth such as the equator
That depends on where you are on Earth, specifically, your latitude. All meridians of longitude converge (meet, come together) at the north and south poles, so any two of them get closer and closer together as you get closer to either pole. One degree of longitude is about 69 miles along the equator, but only 48.8 miles at latitude 45°, 17.9 miles at latitude 75°, and about 6 miles at latitude 85°. So as you get farther from the equator, your 1° x 1° square is getting progressively skinnier. Here's the area of your square at a few different latitudes. Each square is 1 latitude degree tall and 1 longitude degree wide, and the indicated latitude goes straight across its middle: On the equator . . . . . 4,760 square miles 30° . . . . . 4,150 square miles 45° . . . . . 3,375 square miles 60° . . . . . 2,400 square miles 85° . . . . . 415 square miles
The nonvertex angles of kite are congruent, and are the two angles that appear closer together.
As the foci of an ellipse move closer together, the eccentricity of the ellipse decreases. Eccentricity is a measure of how elongated the ellipse is, defined as the ratio of the distance between the foci to the length of the major axis. When the foci are closer, the ellipse becomes more circular, resulting in a lower eccentricity value, approaching zero as the foci converge to a single point.
monocular constancy
As the slope gets bigger the graph becomes closer to vertical - from bottom left to top right.
Because the earth is round and the bottom of the earth is smaller than the middle of earth such as the equator
Because the earth is round and the bottom of the earth is smaller than the middle of earth such as the equator
All meridians of longitude meet at the north pole, and also at the south pole. So on a map or globe where some of the meridians are drawn, it will be noted that they are farthest apart at the equator, and the closer to either pole you look, the closer together the meridians are there.
Fascinating! You must be looking at a map of part of the southern Hemisphere. Otherwise, you're holding your map upside-down. The meridians of longitude all end at the north and south poles, and are evenly spread around the world. So any two meridians are farthest apart where they cross the equator, and they draw closer and closer together as they approach either of the poles.
closer
which line of longitude is Caracas, Venezuela, closer to: 40W or 40E
The meridians of longitude become closer together. Because eventually, at the poles, they all have to meet at the same points.
Every point on Earth has a latitude and a longitude. Together, the pair of numbers is different from the numbers of any other point on Earth.
The coils of a slinky are closer together at the bottom due to the gravitational force pulling down on the coils. This compression helps balance the tension in the slinky so that it can effectively transfer the energy and movement when stretched and released.
Yes, lines of longitude converge towards the poles, so they are spaced closer together as they near the poles. This convergence causes the lines of longitude to become shorter as they approach the poles.
-- they are semi-circles -- they are not parallel -- they join the north and south poles -- they are perpendicular to the equator -- the higher the latitude, the closer together any two longitudes are -- at the poles, all longitudes are the same point -- for every longitude west, there is an equal longitude east
The prime meridian is a line of longitude. Nothing can be closer to something than itself.