In remembering our earlier calculation, there appeared a constant, 1. That constant is mathematically derived using an approximation of the radius of the earth. You must rethink the entire equation to compensate for the altitude of the clouds. Without going into a lot of in-depth trigonometry, let me say that the distance you can see is shortened because you are effectively closer to the top layer of clouds. These are all capable of reducing over distance and must be considered when judging the distance you can see from the airplane.
Flying at night offers an entirely different view of the world below. I think most people would argue that after dark, the distance you can see from an airplane is considerably reduced. The answer for me comes from looking at things from a different perspective. At night, a completely different opportunity presents itself. Consider not looking down but looking up. Sitting in that airplane cruising through the atmosphere at 30, feet, you have a unique opportunity that most people never think about.
The greatest hindrance to observing space from the earth is the thick blanket of atmosphere that surrounds us. Astronomers go to great lengths to mitigate the effects of the atmosphere on their telescopes by locating themselves at extreme altitudes on mountaintops. In that airplane, you are 30, feet high. Much higher than the most remote observatory built on the ground. I guess, in a way, you can say that you are able to see that far at night flying in that airplane. Scientifically and mathematically, that distance can vary a lot because of many different factors.
Environmental conditions, geological factors, and the time of the observation all make a difference in how far you can see from that plane in which you are riding. Your philosophical perspective can also provide an entirely different sort of answer by just looking away from earth and toward the heavens.
In aviation, clear communication is essential to ensure the safe progress of flights, and efficient use of radio frequencies. The international mile is precisely equal to 1. To calculate a kilometer value to the corresponding value in miles, just multiply the quantity in kilometers by 0. To calculate a mile value to the corresponding value in kilometers, just multiply the quantity in miles by 1. Using this converter you can get answers to questions like: How many miles are in kilometers.?
To have uniform units, let's convert it to feet:. Determine the stride length - measure it or assume 2. Determine the stride length. Measure it or assume 2. Walking a mile means taking around 2, steps. The exact number depends on the individual's height and stride length. If we assume an average stride length 2. Walking 3 miles means taking around thousand steps. For a woman with an average stride length 2. Use Omni's steps to miles conversion calculator to find out exactly how many miles you would walk if you took 10, steps.
Use our miles to steps calculator to find out the number of steps with your stride length! Embed Share via. Table of contents: Steps to miles calculator - convert steps to miles Steps per mile calculator - how many steps per mile do you take? Average steps in a mile - how many steps does it take to make a mile? Steps to miles calculator - convert steps to miles This steps to miles conversion calculator offers you three methods to convert steps to miles and distance in general.
Feel free to change the units of distance, stride length, and height. The UK still uses the mile on all roadway signs rather than the kilometre; its SI "equivalent". It used to have the symbol 'm' until SI was established and it was changed to avoid confusion with the unit metre. Quick Rough Maths. To get the Miles, divide the number of Feet by 5.
Feet ft in 1 Mile.
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