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Q: How can you determine distance to the horizon?
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How far is the horizon from shore?

You can't reach the horizon. No matter where you are or what you do the horizon will always be there in front of you. The distance between the shore and the horizon is infinite.


When was the sextant used?

Sextant, instrument for determining the angle between the horizon and a celestial body such as the Sun, the Moon, or a star, used in celestial navigation to determine latitude and longitude. ... The angular distance of the star above the horizon is then read from the graduated arc of the sextant


Distance to the earth's horizon?

The distance in kilometers to the horizon is the square root of (13 X observers height in meters) so for a 1.8 meter person standing on the seashore the horizon is about 5 km away. For someone on a jet at 10,000 meters the horizon is 360 km away.


What is planning horizon?

The distance ahead for the forecasts on which plans are made.


The altitude of an object in the sky is it angular distance of?

above the horizon is the answer


What is the planning horizon?

The distance ahead for the forecasts on which plans are made.


Is Altitude defined as the distance in degrees of a star below the horizon?

Almost . . ."Altitude" is the apparent angle of the object above the horizon.


The horizon of soil makes up the?

soil horizons determine the age of the soil


Altitude is defined as the distance in degrees of a star below the horizon.?

false


Altitude is defined as the distance in degrees of a star below the horizon?

False.


What is the distance to horizon vs height above ocean water?

The distance to the horizon, d kilometres, is related to the height above mean sea level, h metres, by the approximate formula: d = 3.57*sqrt(h).


What is the distance from point A in the ocean to the horizon?

2 miles.Answer:The distance to the horizon on the ocean is a function of the height of the observation point. In general (and with thanks to Pythagoras) it is:d=(h(D+h))0.5 whered = distance to the horizonD = diameter of the Earthh = height of the observer above sea level