Web23 nov. 2024 · To hypothesize, let us assume that the person is standing on a ship's deck that is 40 feet above the sea level. Add another 5 feet to the eye level and so he/she is looking out from 45 feet. In that case, how far away will the plain horizon be assuming that there are no mirage or other optical effects to affect the line of vision? A Aaron_2016 Web27 sep. 2024 · If you used meters, your answer will be in kilometers, and if feet, the answer will be in miles. The distance calculated is a straight line from your eyes to the horizon. …
At what altitude can you see the curvature of the Earth?
Web16 feb. 2024 · The solution we have for I see at sea has a total of 3 letters. Answer. A. Y. E. Share the Answer! The word AYE is a 3 letter word that has 1 syllable's. The syllable division for AYE is: aye. Related Clues. We have found 24 other crossword clues with the same answer. Yes on Talk Like a Pirate Day; Sailors yes; incinerate warlock tbc
How far can one see over the ocean? - Mathematics Stack …
WebIt depends how high above the sea you are. The curvature of the earth means that, on the sea shore at a height of two metres, you can see just 5km or 3 miles. This calculator works out how far you can see at sea at a variety of locations around the UK coastline, … Postcode-decode relies on Ordnance Survey data, which only covers England, … The media focus on autonomous vehicles has been on whether they can take over … OpenStreetMap includes details no-one else has such as cycle routes and … I have been visiting museums and galleries over the summer, partly to write a … Article by SA Mathieson, Guardian Labs, (The Connected University series paid … You can attend for free if you are a freelance member of one of the … The Office for National Statistics has just published its annual population … To give you an idea, you can read the introduction here and the list of contents … Web1 apr. 2000 · As Singman previously explained, without obstructions in the way, you can see about 3 miles (4.8 kilometers) into the distance from ground level, before you reach the … Web1 jun. 2024 · One of these triangles has hypotenuse H + r and the other h + r. So we see that (H + r)^2 = x^2 + r^2 (h + r)^2 = y^2 + r^2 You can see this all set up here: In effect, we are finding x, the distance from the eye to our horizon, and y, the distance from the light to its horizon, and adding them to find the total distance. inconsistent pleadings