What will occur if airspeed is increased without adjusting the spray output?

When airspeed is increased without adjusting the spray output, the relationship between the speed of the aircraft and the amount of pesticide being delivered to a specific area comes into play. As the airspeed increases, the aircraft travels over a given section of land more quickly. If the spray output remains constant, the amount of pesticide that actually lands on that section of land decreases because the aircraft is passing over it so quickly that the same volume of spray is now dispersed over a larger area in a shorter amount of time.

This means that the density of the pesticide application is lower per acre, resulting in less pesticide active ingredient being applied to each acre. This scenario highlights the importance of properly managing both airspeed and spray output to ensure effective pest control while minimizing waste or inadequate treatment of the crop.

Options that suggest an increase in pesticide application or a larger area covered do not account for the faster passage over the area leading to reduced pesticide density, while an increase in droplet size is not inherently linked to changes in airspeed without modifying variables such as nozzle pressure or design.