Web33. Earth’s axis is 23.5 degrees and it’s orbital inclination is 66.5 degrees 32. Earth’s orbital speed is about 67,000 miles per hour or 107,000 km/h 31. Earth’s circumference is 21,639 nautical miles not 21,600 nautical miles 30. The speed of sound is 666.379 knots or approximately 667 knots, not 666 knots 29. WebEarth Curve Calculator. This app calculates how much a distant object is obscured by the earth's curvature, and makes the following assumptions: the earth is a convex sphere …
Lake Balaton Laser experiment to determine the …
WebThe mean curvature of the earth is around one radian per 6400km*, which you can easily convert into any equivalent forms (even your noddy units of inches and miles). * The precise WebMar 10, 2016 · So we know our way around. If it is 6,250 miles from the North Pole to the Equator and the radius of the Earth is 4,000 miles, then the curvature of the Earth should be on average about .64 miles, per mile, because 4,000 divided by 6,250 equals .64 or 3,379.2 feet of drop per mile. grays wine bar
What is the formula for figuring out the alleged
Web11K views 5 years ago. One thing you hear flat earthers say often is that the curvature of the earth is 8 inch per mile squared. This is only a rough estimate for the first few miles though. Show ... WebSep 23, 2024 · So for a 5 mile bridge the difference due to the curve of the earth is only 8 x 5 = 40 inches. Only three feet difference over 5 miles. So that is nothing at all. And it never gets more than 8 inches per mile, even if you go on building 100 miles, the actual difference due to the curve of the earth is only ever going to be 8 inches per mile. WebDec 2, 2024 · Answer: If the Earth were a sphere 25,000 miles in diameter, the formula for determining the curvature at a given distance would be 8 inches per mile squared. Examples: At 58 miles, an object with an elevation of 60 ft. should be hidden behind 2,182 ft. of curvature: Miles squared = 3,364 (58 x 58) 3,364 x 8 inches = 26,912 inches gray swiss mountain dog