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The parallel of zero° latitude is a circle (called the 'equator')that's roughly 24,900 miles long.
The parallel of 15° latitude is a circle that's roughly 24,000 miles long.
The parallel of 30° latitude is a circle that's roughly 21,500 miles long.
The parallel of 45° latitude is a circle that's roughly 17,600 miles long.
The parallel of 60° latitude is a circle that's roughly 12,400 miles long.
The parallel of 65° latitude is a circle that's roughly 10,500 miles long.
The parallel of 70° latitude is a circle that's roughly 8,500 miles long.
The parallel of 75° latitude is a circle that's roughly 6,400 miles long.
The parallel of 80° latitude is a circle that's roughly 4,300 miles long.
The parallel of 85° latitude is a circle that's roughly 2,170 miles long.
The parallel of 87° latitude is a circle that's roughly 1,300 miles long.
The parallel of 88° latitude is a circle that's roughly 870 miles long.
The parallel of 89° latitude is a circle that's roughly 430 miles long.
There is no 'parallel' of 90° latitude. It's a single point (the north or south pole),
and has no length at all.
All meridians of longitude have the same nominal length ... it's the distance between
the north and south poles at that longitude.
But the length of a parallel of latitude varies from zero at the poles to the Earth's
equatorial circumference at zero latitude.
The nominal length of any parallel of latitude is
(Earth's equatorial circumference) x (cosine of the latitude).
Only at the equator. One minute of longitude is (nominally) equal to one nautical mile; at the equator, this is also true for degrees of latitude. But as you go north or south, a minute of latitude is less than one nautical mile.
You can calculate the difference, which is related to the cosine of your latitude.
All lines of longitude are the same length. They stretch from the North Pole to South Pole.
Lines of latitude, on the other hand, are different depending on the distance from the equator. The line of latitude at the equator is the largest and it gets smaller as you move towards to the poles.
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Which map is an equal area projection where latitudes are represented by parallel lines but longitudes are represented by ellipses?
The map you are referring to is likely the Mollweide projection. It is an equal-area projection that represents latitudes as straight parallel lines and longitudes as elliptical arcs. This projection aims to minimize distortion in terms of area, but distorts shapes and distances.
What zone on earth has the most variation between seasons equatorial latitudes subtropical latitudes intermediate latitudes polar latitudes or all have an equal amount of change between seasons?
Polar latitudes experience the most variation between seasons, with long, harsh winters and brief, cool summers. Equatorial latitudes have the least variation, with consistently warm temperatures year-round. Subtropical and intermediate latitudes fall somewhere in between, with noticeable changes in temperature and weather patterns between seasons.
Where on the Earth are the lengths of days equal?
The lengths of days are equal at the equator. This is because the equator is the line that divides the Earth into the Northern and Southern Hemispheres, where the axis of rotation is perpendicular to the plane of the equator. This results in roughly 12 hours of daylight and 12 hours of darkness throughout the year.
Why length of longitudes the same?
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.
How do you calculate seconds of latitude and longitude into meters?
To convert seconds of latitude and longitude into meters, you can use the following approximations: For latitude: 1 second of latitude is approximately equal to 30.87 meters. For longitude: 1 second of longitude is approximately equal to 30.87 meters at the equator, but varies depending on the latitude. You can use a formula like 30.87 meters * cos(latitude) to get a rough estimate at different latitudes.
Which map is an equal area projection where latitudes are represented by parallel lines but longitudes are represented by ellipses?
The map you are referring to is likely the Mollweide projection. It is an equal-area projection that represents latitudes as straight parallel lines and longitudes as elliptical arcs. This projection aims to minimize distortion in terms of area, but distorts shapes and distances.
Can a regular polygon have equal side lengths but not have equal angles?
No, for a polygon to be regular it must have equal side lengths and angles.
Is it true if a regular polygon will have equal sides lengths but not have equal angles?
No.A regular polygon has equal side lengths and equal angles.
What shape has four sides with two of equal lengths?
A rectangle has four sides with two equal lengths.
In a right triangle the sum of the squares of the leg lengths is equal of the lengths is equal to the square of the hypotenuse?
Yes
Which triangle has three different lengths and no angels are equal?
It is a scalene triangle that has three different lengths and no angles are equal in size.
How is a square and equilateral triangle the same?
A square's sides have equal lengths, and an equilateral triangle's sides also have equal lengths.
How many sides and lengths does a rhombus have?
A rhombus has 4 sides of equal lengths
Are all sides congruent ina parallelogram?
No only their opposite are sides equal in lengths but a square and a rhombus has 4 sides of equal lengths
What is the area of an octagon with corresponding side lengths equal to 218?
The area of an octagon with corresponding side lengths equal to 218 is about 229,466.2 units2
If all sides have equal lengths and angles are equal what is it called?
Equilateral? * * * * * No. Equilateral means only that the sides have equal lengths - not that the angles are also equal. A rhombus, for example is equilateral but not equiangular. The correct answer is "regular".
What is a triangle with sides of equal lengths?
equilateral
