Elevation, altitude, height above sea level.
"Far down" typically refers to a significant depth or distance below a certain point or level. It can be used in a physical sense to describe something located deep beneath the surface, or in a metaphorical sense to represent something that is deeply ingrained or distant.
Eugene, Oregon has an elevation of about 426 feet above sea level.
Oxford, PA is approximately 394 feet above sea level.
Gresham, Oregon is approximately 200 feet above sea level.
Satellite Beach, Florida, is approximately 10 feet above sea level.
Sea level rises and falls, so a datum line was put by the British Ordnance Survey on a harbour wall at Newlyn, Cornwall. It is from this datum line that mean sea level is measured.
When an object is very close to a convex lens, the image appears larger than the object and can be virtual, upright, and magnified. In contrast, when the object is far from the lens, the image is smaller than the object and can be real, inverted, and diminished in size.
It means to be nearby and not far away. Can also describe something that surrounds another object, such a a belt that goes around your waist.
Past, Now, and Future are time words. Here, There, Where are Where or location words. So grammatically, "here" cannot describe the future time words. Even "Now" which is a here-time word cannot describe future, only present. Additionally, "how far" implies distance, such as inches, feet, etc. Distance does not equal nor describe time elements.
I was searching this up as well. I can only think of one so far. Orderly.
no, the sun is not the largest object because there are much larger stars and other suns that are far,far,far,far,far,far,far,far,far, faaaaaaaaaaaaaraway from us!!!!AMAZING!!!!!!
[object Object]
Far far, far, far, far.
19 miles or about 30 kilometers.
Displacement is a vector quantity because it has both magnitude (how far an object has moved) and direction (the straight line path from the initial to final position). This means that simply knowing the distance traveled is not enough to fully describe the motion of an object.
[object Object]
Yes, a slow object can travel as far as a fast object given enough time. The distance traveled depends on the speed of the object and the duration of its travel.