Quite simply, it doesn't work that way. At first, for every foot you go up, the distance to the horizon increases quickly; later it increases slower. From Wikipedia:"At 6 feet, the horizon is almost exactly 3 miles away. ... If your height increases by a factor of x, the distance to the horizon increases by a factor of square root of x (for any units)."
The above is an approximation, for low altitudes (low, compared to the Earth's radius).
From the relationship above, you can calculate how much the distance to the horizon increases, for example, when you go from 1000 feet altitude, to 2000 feet altitude. But if you rise from 2000 feet altitude to 3000 feet altitude, or from 3000 to 4000 feet, the results will vary.
The furthest that most people can see, with the naked eye, is approx 0.7 million parsecs (2.25 million light years). That is the distance to the Andromeda Galaxy (M31). Any gain in altitude - of the order of thousands of feet - will not make much difference.
In terms of the distance to the Earth's horizon, the relationship is non linear. Using the first order approximation for atmospheric diffraction to the horozon,
the first 1000 feet enables you to see 42 miles further.
the second 1000 feet adds 17 miles to that
the third adds a further 13 miles and so on.
Every one of the three sides.
Every second, it falls farther and faster than it fell in the previous second.
A polymath.
Without testing every person in the world it is impossible to say.
no that's B.S
First you need to stretch every day, and you need to get farther and farther every day. In about a week you should be about 3in farther in your splits.
yes, it decreases about 1 deg Celsius for every 100m you ascend in altitude.
yes, it decreases about 1 deg Celsius for every 100m you ascend in altitude.
On average, the temperature drops by 2 degrees Celsius for every 1,000 feet of altitude gained. So, 26,000 feet x 2 degrees Celsius = a 52 degree difference from the ground, in Celsius. To convert to Fahrenheit, remember the temperature drops by 3.6 degrees Fahrenheit, on average, for every 1,000 feet of altitude gained. So if your having a 100 degree heatwave on the ground, don't lick any poles up top. . . The temperature will be a balmy 6.4 degrees Fahrenheit.
Answered my own question. Looked up our local airport. Every airport site tells you the altitude of the area.
"Every person was" is correct. "Every person" is treated as a singular noun, so it should be followed by the singular verb "was."
We all were; aside from the Apollo astronauts (who traveled to the Moon when it was farther away from the Earth), nobody has been beyond low earth orbit. So that means that every person on Earth has been equally close to a star, our Sun.
Carrie Underwood- Look at me.
The answer is -3.
Every one of the three sides.
Train using objective measurements instead of just running at whatever pace you feel like for however long you wantPush yourself to run farther or longer every couple of daysUse an altitude tent to increase your red blood cell count#1 and #2 are more traditional and cost effective but if you have the money #3 can help a lot. Top professional athletes use altitude tents to increase stamina and improve endurance.
As you gain altitude in the troposphere, the layer of atmosphere closest to the ground and extending about 8 miles up, the temperature will decrease by 1 degree Fahrenheit for every 200 feet.