How does walking speed affect the application rate with a hand-operated granular applicator?

How does walking speed affect the application rate with a hand-operated granular applicator?

• A. A) Walking slower decreases the rate
• B. B) Walking faster increases the rate
• C. C) Walking slower increases the rate
• D. D) It has no effect

Answer: (C)

When discussing the relationship between walking speed and the application rate with a hand-operated granular applicator, it is important to understand the mechanics of how these devices function. As the operator walks at a slower pace, more granules are dispensed per unit of time. This is due to the design of the applicator, which releases a specific amount of granules as the user walks. Increased walking speed would result in less granule distribution per area because the applicator is not able to distribute as many granules in the same amount of time. Therefore, walking slower allows the operator to maintain a consistent and controlled application rate, ultimately increasing the amount of product applied over a given area. This principle is significant in ensuring that the application of the pesticide is effective, as it allows for a more thorough and even coverage, which is important for pest control efficacy and compliance with safety standards. Thus, walking slower indeed results in an increased application rate with granular applicators.

When discussing the relationship between walking speed and the application rate with a hand-operated granular applicator, it is important to understand the mechanics of how these devices function. As the operator walks at a slower pace, more granules are dispensed per unit of time. This is due to the design of the applicator, which releases a specific amount of granules as the user walks.

Increased walking speed would result in less granule distribution per area because the applicator is not able to distribute as many granules in the same amount of time. Therefore, walking slower allows the operator to maintain a consistent and controlled application rate, ultimately increasing the amount of product applied over a given area.

This principle is significant in ensuring that the application of the pesticide is effective, as it allows for a more thorough and even coverage, which is important for pest control efficacy and compliance with safety standards. Thus, walking slower indeed results in an increased application rate with granular applicators.