myleo727 said:
The Earth's shape does not significantly impact the maximum range of a missile. While the curvature of the Earth does slightly affect the trajectory and accuracy of a missile, modern missile technology and advanced targeting systems compensate for this and can accurately reach their maximum range.
The maximum range of a missile is primarily determined by its fuel capacity, propulsion system, and aerodynamics. Other factors such as wind, altitude, and weight of the payload can also impact the maximum range.
No, a missile cannot travel in a straight line from one side of the Earth to the other due to the Earth's curvature. It would need to travel along a curved trajectory and would eventually fall back to Earth due to gravity.
The rotation of the Earth does not significantly impact the maximum range of a missile. While it may affect the flight path and time of impact, modern missiles are designed to account for the Earth's rotation and can accurately hit their intended target.
Air resistance can decrease the maximum range of a missile by slowing it down and causing it to lose velocity. This is why missiles are designed with aerodynamic shapes and advanced propulsion systems to minimize air resistance and maintain their maximum range.