The amount of deflection the air makes is directly related to both the speed at which the air is moving and its latitude. Therefore, slowly blowing winds will be deflected only a small amount, while stronger winds will be deflected more. Likewise, winds blowing closer to the poles will be deflected more than winds at the same speed closer to the equator. The Coriolis force is zero right at the equator.
DaveC426913 said:If you neglect air resistance, this can be seen as an orbital mechanics problem.
The missile's initial trajectory is the sum of it upward boost, plus its eastward velocity imparted by the rotation of the Earth.
The moment its rocket shuts off, it is in orbit about the Earth's centre of mass. The orbit is elliptical.
When it reaches the Earth's surface on the return part of its orbit, 20 minutes later, the Earth will have rotated by 5 degrees.
The initial post clearly indicates discounting air reisistance. This post ws a waste of time and space.whozum said:Since v < v_esc, it doesn't breach the atmosphere and it remains with the earth, its rotating along with it, isn't it? The same reason a helicopter doesn't land west of where it started while hovering in teh same place?
The accuracy of a vertical missile launch depends on a variety of factors, including the type of missile, weather conditions, and the guidance system used. However, with advanced technology and precise targeting systems, it is highly likely that the missile will hit its intended target after 20 minutes.
The target for a vertical missile launch is selected using precise calculations and intelligence data. This includes the location, size, and potential threats posed by the target. The target is then programmed into the missile's guidance system, which allows it to accurately track and hit the target.
Like any military operation, a vertical missile launch carries certain risks. These can include technical malfunctions, changes in weather conditions, and potential interference from enemy defenses. However, these risks are carefully assessed and mitigated before any launch takes place.
Once a vertical missile is launched, it follows a programmed trajectory and cannot be redirected. However, in certain circumstances, the launch can be aborted before the missile reaches its target. This is usually done to prevent civilian casualties or avoid unintended consequences.
The safety of both military personnel and civilians is a top priority during a vertical missile launch. Strict protocols are followed to ensure that the launch is conducted safely, and all necessary safety measures are in place. After the launch, any remaining debris or potential hazards are carefully monitored and managed to ensure the safety of the surrounding area.