No.
False.
1 degree longitude or latitude? What day of the year? Middle of winter, 1 degree latitude, no daylight. But middle of summer same place, 24 hours.
At 43 degrees latitude, one degree of latitude corresponds to approximately 364,570 feet. The length of a degree of latitude varies slightly depending on the specific location on Earth due to its non-perfectly spherical shape.
-- All meridians of longitude have the same length ... they all join the north and south poles. -- Each parallel of north latitude has the same length as the parallel at the equal south latitude, but no other one.
londirtude is lond and latitude is fat Lines of longitude all run North/South and are all the same length.
Your ISP knows its own latitude and longitude. Your latitude and longitude is assumed to be the same as your ISP.
The lines of latitude represent degrees of arc being 111 kilometers per degree on the Earths surface. (111111.111 meters). That is how the meter was defined. Lines of longutude have this size on the equator but the lines converge at the poles where the distance between them becomes zero. So on maps, you will see that the distance of lines of latitude are always the same but those of longitude are smaller as distance increases away fro the equator.
That would depend if you are looking at degrees of latitude or degrees of longitude. One degree of longitude represents less distance nearer the poles than it does at the equator. One degree of latitude represents the same distance anywhere on earth.
Lines of latitude are always the same distance from each other, as they run parallel to the equator. Each degree of latitude is approximately 69 miles apart. Lines of longitude converge at the poles and are farthest apart at the equator.
The longest parallel of latitude is the one defined as 'zero degrees', known as the "Equator". All meridians of longitude have the same length ... 1/2 of the earth's polar circumference.
The latitude and longitude for 46 degrees North latitude from the Prime Meridian are approximately 46 degrees North latitude, 0 degrees longitude. Moving to 21 degrees South, 35 degrees West would take you to approximately 21 degrees South latitude, 35 degrees West longitude. Continuing to 20 degrees South, 45 degrees West would position you at approximately 20 degrees South latitude, 45 degrees West longitude. Finally, moving to 20 degrees North would bring you around 20 degrees North latitude, along the same longitude as the previous location (45 degrees West).
The Earth is not a perfect sphere, and the WGS84 system that we use for degree confluences includes a mathematical model (GRS80) of the Earth as an ellipsoid. Using established GRS80 constants, and the Vincenty Algorithm (PDF document), the distance between degrees of latitude (lines that run east-west) varies from 110.57km (68.71mi) at the equator (0 degrees latitude) to 111.69km (69.40mi) between 89 degrees latitude and the poles. For the purposes of the project, we don't take these variations in the distance between degrees of latitude into account when categorizing degree confluences. Using the same calculation methods, the distance between degrees of longitude (lines that run north-south) varies between 111.32km (69.17mi) at the equator (0 degrees latitude) to 1.95km (1.21mi) at 89 degrees latitude, one degree from the north or south pole. Because the lines of longitude meet at the poles, the distance between degrees of longitude at the poles is zero.