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No. In spherical elliptical geometry, for example, given the earth's North and South poles, there are an infinite number of lines of longitudes between them.
Because all of the longitudes converge in a single point, at both the north andsouth poles. When you stand at a pole, you're standing on every longitude.
There can be infinitely many lines: think of the longitudes through he North and South poles. However, there can be only one straight line.
Yes No, lines of longitude are as parallel to each other as the earth is flat. All longitudes intersect at the north and south poles.
Every line of constant longitude joins the north and south poles. Therefore the length of every line of constant longitude is one half of the earth's polar circumference.
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The lines joining the two poles are longitudes.
At the poles.
The north and south poles or away from the equator. At the poles the distances between lines of longitude are zero.
All longitudes converge at the north and south poles.
Latitudes are parallel to the equator. Longitudes converge like elastics on a soccer ball.
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.
All longitudes converge at the north and south poles.
Lines of latitude run parallel to the equator. Lines of longitude run vertically - passing through both poles.
If they did, then you'd have two different longitudes at the same point, which isgenerally a no-no.The only places where that happens is at the north and south poles, where all longitudesconverge (meet, come together).
All longitudes converge at the north and south poles.
Because they all converge at either the North or South pole.