The length of longitudes is considered to be the same because all longitudes meet at the poles and form complete circles around the Earth. Each longitude line represents an imaginary half-circle that extends from one pole to the other, dividing the Earth horizontally into equal sections. This design ensures that each longitude line is the same length when measured on a globe or map.
Lines of longitude converge at the poles. They are all great circles that intersect at the North and South Poles and are equidistant from each other. This convergence creates lines of longitude that are all equal in length.
Every meridian of constant longitude joins the Earth's north and south poles, so the length of each meridian is 1/2 of the Earth's polar circumference.
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).
The same as the total number of different lengths that can be measured on a3-foot ruler. If you name two longitudes, then no matter how close togetherthey are, I can always name another longitude that's in between yours. Sothere's no limit to the number of different longitudes that we can name.
as all the places on the same longitude have their noon at the same time
The length of longitudes is considered to be the same because all longitudes meet at the poles and form complete circles around the Earth. Each longitude line represents an imaginary half-circle that extends from one pole to the other, dividing the Earth horizontally into equal sections. This design ensures that each longitude line is the same length when measured on a globe or map.
Lines of longitude converge at the poles. They are all great circles that intersect at the North and South Poles and are equidistant from each other. This convergence creates lines of longitude that are all equal in length.
Every meridian of constant longitude joins the Earth's north and south poles, so the length of each meridian is 1/2 of the Earth's polar circumference.
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).
They are not all the same length. If that was the case all circles would be the same size.
They were not all the same length.
In general no. A regular hexagon has the same length on all sides. Also, there are other hexagons with the same length on all sides that are not regular.
a polygon with all sides the same length and all angles the same measure is called?
No. No. No. No.
All squares have four right angles and all sides the same length. All squares having the same side length are the same.
They're all well, thank you.