Increasing the travel speed of a pesticide sprayer will typically result in:

Increasing the travel speed of a pesticide sprayer generally results in applying less spray mixture per unit of area. As the speed of the sprayer increases, the time spent over a specific area decreases. Consequently, the amount of pesticide sprayed doesn’t have enough time to cover the surface effectively, leading to a reduced application rate.

In practical terms, if the sprayer moves faster, the same volume of pesticide is spread over a larger area, thereby reducing the concentration of the pesticide applied per unit of that area. This principle is critical in ensuring that applications meet necessary effectiveness standards without compromising pest control.

Moreover, while some may consider that moving faster might mean spraying more, the mechanics of spray applications indicate that slower speeds tend to deliver a more uniform application, allowing for better adherence and penetration, particularly on foliage and other surfaces. Thus, the correct answer reflects the relationship between travel speed and application rate accurately.