What might be an outcome of higher ambient temperatures during shooting?

Increased ambient temperatures can lead to a reduction in air density. Warmer air is less dense than cooler air, meaning that as air temperature rises, the molecules within the air spread out more. This reduction in air density can have a notable effect on projectile behavior.

When a projectile travels through less dense air, it encounters less resistance or drag. As a result, the projectile can achieve higher velocities for a given force applied during firing. Additionally, with lower drag forces acting on the projectile, it may also attain a longer range before it begins to drop due to gravity. Thus, the outcome of higher ambient temperatures is reflected in the fact that reduced air density may indeed increase projectile velocity, making this the correct answer to the question.

Understanding this relationship is crucial for marksmanship and ballistics planning, especially for shooters operating in varying environmental conditions.