Right, also known as lines of longitude. Latitude runs the other way, so as you travel along a meridian you cross lines of latitude.Magnetons said:Meridians are the imaginary lines that connect the north pole to the south pole.
Small error there.Magnetons said:1/21660
360x60 is not 21660.Magnetons said:Sorry, I can't understand what you saying.
Traveling 1nmi along a meridian, which is a line of longitude that runs from the North Pole to the South Pole, causes a change in latitude because the distance between lines of longitude decreases as you move closer to the poles. This means that traveling along a meridian will result in a change in the angle between your starting latitude and your final latitude.
The amount of change in latitude when traveling 1nmi along a meridian depends on the starting latitude. The closer you are to the equator, the smaller the change in latitude will be. At the equator, traveling 1nmi along a meridian will result in a change of approximately 1 minute of arc in latitude.
Yes, traveling 1nmi along a meridian will always result in a change of latitude. This is because lines of longitude converge at the poles, meaning that as you move along a meridian, the distance between lines of longitude decreases and the angle between your starting latitude and final latitude will change.
Yes, the change in latitude when traveling 1nmi along a meridian can vary depending on the specific meridian. This is because the Earth is not a perfect sphere and the distance between lines of longitude can vary slightly at different points on the globe.
The change in latitude when traveling along a meridian is an important factor to consider in navigation, especially when using tools such as a sextant or GPS. It is crucial to accurately track and account for changes in latitude when navigating along a meridian to ensure reaching the desired destination.