It would appear to fly east based on the Coriolis effect.
Close, but no. The moon's orbit is inclined to the plane of the Earth's orbit (the ecliptic plane) by about 5.1° . That's the same plane to which the Earth's equator is inclined by about 23.5° degrees ... causing the seasons and all that. If the moon orbited above Earth's equator, then it would always appear the same distance above the horizon as it passed its peak, south of your house (in the northern hemisphere). But you've probably noticed how the moon can appear really high on Winter nights, and really low on Summer nights.
No effect at all. However the plane of the equator will be tilted to the same amount as the Earth as compared to the plane in which the Earth orbits the Sun. This plane is called "the ecliptic".
If you are in a plane flying directly above the Earth's magnetic north pole, the north-seeking end of a compass would point directly downward, toward the Earth's surface. This occurs because the magnetic field lines at the magnetic north pole are nearly vertical, causing the compass needle to align itself with the field. As a result, instead of pointing horizontally to the north, the needle would dip downward.
An equator is the intersection of a sphere's surface with the plane perpendicular to the sphere's axis of rotation and containing the sphere's center of mass; whereas, the capitalized term Equator refers to the Earth's equator.
It is false that a plane flying against a jet stream will travel faster than a plane traveling with a jet stream.
It depends on the angle. From a plane flying past another plane at a higher speed, it can appear that the slower plane is flying backward, tail-first.
There is an imaginary plane through the Earth that splits the world into "north" and "south". The circle around the Earth where that plane meets the Earth's surface is called the "equator". In astronomy, we extend that plane into space; this is the "celestial equator". With geography on the Earth, we measure this in latitude north or south of the equator. In astronomy, we call it "declination", but it's the same idea.
You can only travel 90 degrees north, which is the North Pole. The poles are in a plane (all planes) perpendicular to the equator.
If you're at the North Pole, then you can easily see a plane flying over the Tropic of Cancer. However, if your eye is on the ground at the pole, then the plane has to be flying at 5,971 miles above the Tropic of Cancer. Obviously, if you can get up in the air above the pole, then the plane doesn't have to be so high above the Tropic of Cancer in order for you to see it. If you can rent a big fancy balloon and rise, let's say, 667 miles (3.52 million feet) above ground at the pole, then you can see the plane when he's only at that same modest altitude above the Tropic of Cancer. Short Answer: for all practical purposes, one cannot see a plane at the Tropic of Cancer from the North Pole with the naked eye, and not even with a well-clothed eye if the plane's altitude is insufficient.
you dont bury survivers
Flying in a plane has always been open to the public.
Relation to, on or in proximity to the equator or the plane of the equator.
a equatorial isof, relating to, or located at the equator or an equator;also being in the plane of the equator
Close, but no. The moon's orbit is inclined to the plane of the Earth's orbit (the ecliptic plane) by about 5.1° . That's the same plane to which the Earth's equator is inclined by about 23.5° degrees ... causing the seasons and all that. If the moon orbited above Earth's equator, then it would always appear the same distance above the horizon as it passed its peak, south of your house (in the northern hemisphere). But you've probably noticed how the moon can appear really high on Winter nights, and really low on Summer nights.
There is not a map for flying on the plane
No plane has trouble flying in the rain.Only the smallest like cessna may have trouble flying in the rain.
Inclination is measured as the angle at which the satellite crosses the equator while passing from the southern hemisphere to the northern hemisphere. Declination is the difference between magnetic North as reported by a compass and true North.