If you were on the water with an unobstructed view, you would be able to see 2.692 miles or 2.338 nautical miles.
3 miles
Ther generaly is more wind higher in the air and less wind near the ground.
Just add or subtract (depending on the direction) the speed of the ball (in relation to the train) to the speed of the train (in relation to the ground). The above assumes the speeds are not close to the speed of light; if they are, more complicated formulae are required.
A parachute would help you float safely to the ground from an airplane.
Electrons would flow from the ground, into the positively charged object.
-5
The altitude of aircraft is measured above the ground, not above the horizon, and it's a distance. The altitude of the sun is not measured above the ground, and it's not a distance. If it were, it would always be some number near 93 million miles. The altitude of the sun is the angle that an observer sees between his horizon and the sun, and it's different for different observers in different places.
If the horizon is on a level line of sight, a vertical line directly above the observer forms an angle of 90 degrees. 55 degrees would be quite high, being above 45 degrees.
It would be 41 degrees above the horizon, directly north of you.
We would typically use a sextant to measure the angle of a star above the horizon.
Looking toward the north, the ray from you through the point 70 degrees above the horizon. 90 degrees would be directly overhead.Notation such as this is used to announce sightings of the International Space Station, for example:
Above ground. If they grew underground, they (a) would not be green and (b) would not be peas. +++ The pod is the fruit, and the peas the seeds, of the pea plant.
In that case, the Sun would be above the horizon for that astronaut.
answer: It would rise above the horizon 10°. hope it helps!
Polaris (the "North Star") doesn't have a latitude. But that's OK, because latitude is not what you're looking for. You're really trying to ask for its "elevation" ... the angle between the horizon and Polaris in the sky. That angle is equal to the observer's north latitude, so it would be easy to answer if we knew what location you're actually interested in. Here are a few possibilities: -- Massena NY . . . . . 44.9° above the northern horizon -- Rochester NY . . . . 43.2° above the northern horizon -- Buffalo NY . . . . . . 42.9° above the northern horizon -- 85th St Transverse in Central Park, Manhattan . . . 40.8° above the northern horizon
If you are right at the Equator, you will not be able to see Polaris. If you could, it would be right on the horizon, but ground haze and obstructions would almost certainly hide it from view.
due south and slightly above the horizon
due south and slightly above the horizon