Depending were the human and the plane were at. if the human was on the ground and the plane in the air then the human, but lets say they are both 30,000 feet in the air. Both objects would begin to fall faster, then it gets to the point were they are going their "maximum" speed. But they weight between each objects will have an "impact" on who hits the ground first. The plane is obviously heavier than the person but gravity will come into play. There is a point were a falling object cannot go any faster. Most likely both objects will be falling at the same speed. So they could hit the ground at the same time.
The first human to see the sunrise would have been someone located on the side of the Earth where the sun is rising at that particular time. It is impossible to identify a specific individual as the first person to see the sunrise in human history.
Yes, a human would freeze on Saturn due to its extremely low temperatures, which can drop to around -290 degrees Fahrenheit (-179 degrees Celsius). Without protection and proper equipment, a human would not survive in such cold conditions.
Probably the most significant effect would be that we would experience a total solar eclipse once every 28 days (or so) if the moon's orbital plane were exactly the same as the plane of the ecliptic.
They would hit the ground at the same time since both objects fall at the same rate in a vacuum regardless of their mass or size, due to the absence of air resistance on the moon. This is known as the principle of equivalence.
The most significant effect would be no more lunar eclipses, as they occur when the Moon's orbital plane intersects the ecliptic plane. Additionally, there would be a more regular pattern to solar eclipses, which currently occur when the Moon crosses the ecliptic plane at the right angle. It could also affect tidal patterns on Earth due to the altered gravitational forces.
They would sort of be 'left behind'. They would fall with the plane but not as fast.
You wouldn't drive a plane, you would fly one. One the ground the term then would be to "taxi" a plane
It could be delivered by ground mail, but that option seems exceptional, so most likely, it would be by plane. That would be First Class Mail.
it would take forever in a plain. if you took a plane, it would depend on ground speed of the plane.
it is the Transverse plane. the transverse, or horizontal plane is a crosswise plane that runs parallel to the ground. this imaginary cut would divide the body or its parts into upper and lower portions.
The frame of reference for a plane moving at 500 km/h could be relative to the ground or the air. The ground frame of reference would consider the plane's speed relative to the Earth's surface. The air frame of reference would consider the plane's speed relative to the surrounding air.
If the plane is on air there is not at all any effect. If it is on the ground it depends on the earthquake and where the plane is situated. In a clear area thr plane would not have much effect.
It will take A while, Like maybe, 5 minutes,,,, But it would more likely evaporate into the air before it reached the ground. that would probably depend on how fast the plane is going
Well, The plane probably would fall and spin uncontrolably.The only way to stop the plane is if a giant arm reached up and grabed the plane and set it down on the ground which is impossible so everyone on the plane would probably die.
first you pack your bags, go on a plane, get off the plane, then you'll be there
During flight the cabin is pressurized with oxygen to match what it would be like on the ground.
moving a large box from the bed of a truck to the ground