Yes, in that sense, cockpit is part of cabin
No. The cockpit refers to the now secured area where the controls for flying the aircraft are located. Access is only for pilots, navigator, and authorized employees. It is in the very front of the plane and has a windshield, like a car. The cabin is the part of the plane where the passengers are seated. (This applies only to passenger aircraft that airlines use)
It stays the same that is why some people's ears 'pop' on the descent
They were in a plane crash. The cabin is a plane's cabin.
There is no reason to believe that seat selection will impact the effect of cabin pressure on your ears. The planes cabin is pressurized the same through out the entire cabin.
Same way you get into any other airplane - climb into the cockpit.
The plane crashed.
1) Pressure increases with depth 2) Pressure is the same on the same horizontal plane of the liquid 3) Pressure varies with different liquids on the same horizontal plane 4) Pressure is the same in all directions about a point 5) A liquid seeks its own level
The same as any other plane, except it has 2 sets of wings. Airplanes have a cockpit, fuselage, wing, tail (empannage) and landing gear.
The air inside your inner ear has to be the same pressure as the cabin air... When the plane is going up, the cabin air pressure is dropping. The higher pressure air inside your inner ear leaks out thru your eustachian tube. It is easy for the air inside the inner ear to leak out, however, when the plane is coming back down, the cabin pressure is higher than the pressure in your inner ear... that higher external pressure presses against the soft tissues in your head and makes it harder for the air to flow back thru the eustachian tube into your inner ears. The long exposure to the dry cabin air also contributes to the problem. The easiest remedy is to bring gum. Chew the gum the entire time the plane is descending. This works your jaw and the tissues around your eustachian tube to work the air back into your inner ear. Also- drink plenty of fluids to stay hydrated.
It is located directly underneath the cockpit on the lower side of the nose cone. This is the same position as the cockpit call button and the interphone connection.
Lines in the same plane that do not intersect Lines in the same plane that do not intersect Lines in the same plane that do not intersect Lines in the same plane that do not intersect
If the crew cabin were not pressurized, it would still be full of air, except that the air would be at the same pressure as the air outside. Only if the craft is actually in outer space would there be no air outside. In the case of an airplane, there has to be air outside in order for the airplane to fly, but that does not mean that there is enough air to breathe. Pressurizing the cabin means that the air is at a sufficient pressure to be breathable.