The north and south poles or away from the equator. At the poles the distances between lines of longitude are zero.
The distance between longitudes decreases from the equator toward the poles due to the Earth's spherical shape. At the equator, the circles of latitude are widest, allowing longitudes to be spaced further apart. As you move towards the poles, these circles of latitude become smaller, causing the longitudes to converge. Consequently, the angular distance represented by each degree of longitude diminishes as one approaches the poles.
The distance between longitudes decreases as you move towards the poles, so the exact distance between longitude 77 and 78 will vary depending on the latitude. However, as a general estimate, the distance between two longitudes decreases by approximately 69 miles for every degree you move towards the poles.
Yes you do. One degree of longitude spans about 69 miles along the equator, but no distance at all at the poles. The longitudes are evenly distributed around the globe, but they all converge (meet) at both poles. So it's easy to understand why they must draw closer and closer together as you move from the equator to either pole.
The distance between two latitudes is relatively constant at 111 kilometers because the lines of latitude are parallel to each other and evenly spaced. Whereas, the distance between two longitudes varies because the lines of longitude converge at the poles, resulting in shorter distances towards the poles and longer distances towards the equator.
All longitudes converge (meet, come together) at the north and south pole. A drawing ofthe globe with some of the meridians added looks like the drawing of a peeled orange, andthe distance between two meridians depends on how far from the equator you measure it.One degree of longitude measured along the equator represents a distance of about 69.1 miles (111 km),and it shrinks steadily to zero at the poles.In general, it's(distance measured at the equator) multiplied by (cosine of the latitude where you measure it)
The distance between longitudes decreases as you move towards the poles, so the exact distance between longitude 77 and 78 will vary depending on the latitude. However, as a general estimate, the distance between two longitudes decreases by approximately 69 miles for every degree you move towards the poles.
Yes you do. One degree of longitude spans about 69 miles along the equator, but no distance at all at the poles. The longitudes are evenly distributed around the globe, but they all converge (meet) at both poles. So it's easy to understand why they must draw closer and closer together as you move from the equator to either pole.
The distance between two latitudes is relatively constant at 111 kilometers because the lines of latitude are parallel to each other and evenly spaced. Whereas, the distance between two longitudes varies because the lines of longitude converge at the poles, resulting in shorter distances towards the poles and longer distances towards the equator.
It is because as we move towards the poles, the extent between two longitudes decreases, that means they come closer and closer. This is however not the case with latitudes.Therefore though the numerical difference between latitudes and longitudes of India is same, it covers more land from North to South as compared to from East to West.
A collision could occur when the distance between two objects decreases and their bearings converge, meaning they are moving towards each other. This situation increases the risk of a collision because the objects are on a potential collision course due to their decreasing distance and converging paths.
Gravity pulls objects together and towards the center of the earth. The force of gravity depends on the mass of the objects and the distance between them. Gravity will speed up objects falling towards the earth and slow down rising objects.
180 to the east and 180 to the west
All longitudes converge (meet, come together) at the north and south pole. A drawing ofthe globe with some of the meridians added looks like the drawing of a peeled orange, andthe distance between two meridians depends on how far from the equator you measure it.One degree of longitude measured along the equator represents a distance of about 69.1 miles (111 km),and it shrinks steadily to zero at the poles.In general, it's(distance measured at the equator) multiplied by (cosine of the latitude where you measure it)
That depends on your latitude. Longitudes all taper closer together, likethe ribs of a tangerine, as you move from the equator to the poles, andall longitudes meet in a single point at each pole.One degree of longitude represents a distance of about 111.1 km (69 miles)on the equator, and zero at either pole.At any latitude, the distance between two consecutive degrees of longitude is (69 miles) times (cosine of the latitude).
The distance between 1 degree of longitude decreases towards the poles due to the convergence of the lines of longitude at the poles, which are closer together compared to at the equator. This happens because the Earth is a sphere and not flat, and the lines of longitude converge towards the poles.
Gravitational attraction is caused by the mass of the earth. As you go down in the earth, the amount of mass of earth still between you and the centre of earth decreases. Thus as this effective mass decreases, the gravitational attraction decreases.
It is because all lines of longitude originate and converge there.