Which statement about hailstones is true concerning their movement?

Hailstones exhibit complex movement patterns as they develop within a thunderstorm. The correct statement indicates that hailstones can be thrown outward from the storm cloud for several miles. This is due to the powerful updrafts present in strong thunderstorms. These updrafts can carry hailstones high into the atmosphere, where they may gain additional layers of ice as they collide with supercooled water droplets. As the hailstones grow larger, they can eventually be caught in a downdraft and thrown out of the cloud, potentially traveling distances away from the parent storm cloud before they eventually fall to the ground.

Hail cannot simply fall straight down due to these dynamic and powerful winds present in a thunderstorm. While it is true that hailstones may remain within the cloud for certain periods of time, their movement is not restricted to that environment alone, which invalidates the idea that they always fall straight down or do not leave the cloud. Additionally, the formation of hailstones can indeed occur in colder air, especially since they need the presence of supercooled water to initially form, which can exist in a range of atmospheric temperatures.