GEORGIA CATEGORY 34 – AERIAL METHODS EXAM QUESTIONS AND CORRECT ANSWERS
(VERIFIED ANSWERS) PLUS RATIONALES 2026 Q&A | INSTANT DOWNLOAD PDF
Core Domains
*- Aerial Application Aircraft and Equipment*
*- Pesticide Properties and Formulations*
*- Spray Drift Management and Mitigation*
*- FAA Regulations and Aviation Safety*
*- Environmental Protection and Wildlife Safety*
*- Georgia Pesticide Laws and Regulatory Compliance*
*- Calibration and Application Rate Calculations*
*- Emergency Response and Spill Management*
*- Professional Ethics and Recordkeeping*
*- Weather Conditions and Flight Planning*
Introduction
This comprehensive exam assesses the knowledge and professional competence required to safely and
effectively apply pesticides using aerial methods in Georgia. The test evaluates critical skills across multiple
functional areas including aircraft operations, drift management, regulatory compliance, and environmental
protection. Questions are presented in multiple-choice and scenario-based formats that emphasize real-world
application and decision-making skills essential for certified aerial applicators. Success on this exam
demonstrates mastery of both foundational theory and applied professional knowledge needed for safe aerial
pesticide application operations.
SECTION ONE: QUESTIONS 1–100
,Question 1
What is the primary purpose of aerial pesticide application?
A. To reduce labor costs compared to ground application
B. To efficiently cover large agricultural areas quickly
C. To eliminate the need for pesticide calibration
D. To avoid all regulatory requirements
🟢 B. To efficiently cover large agricultural areas quickly
🔴 RATIONALE: The primary purpose of aerial application is efficient coverage of large areas quickly,
especially when crops are tall or sensitive to traffic, making ground equipment impractical.
Question 2
Which FAA regulation governs aerial pesticide application operations in the United States?
A. FAA Part 61
B. FAA Part 91
C. FAA Part 137
D. FAA Part 107
🟢 C. FAA Part 137
🔴 RATIONALE: FAA Part 137 specifically governs agricultural aircraft operations including pesticide
application, while Part 107 applies to small unmanned aircraft systems.
,Question 3
What is the recommended minimum buffer zone distance from water bodies for aerial pesticide application
unless the label specifies otherwise?
A. 10 feet
B. 25 feet
C. 50 feet
D. 100 feet
🟢 C. 50 feet
🔴 RATIONALE: EPA regulations generally require a minimum 50-foot buffer zone from water bodies for
aerial applications to protect aquatic environments unless the product label specifies different requirements.
Question 4
Which factor MOST significantly affects spray drift during aerial application?
A. Aircraft color
B. Droplet size and wind speed
C. Pilot's years of experience
D. Type of fertilizer used
🟢 B. Droplet size and wind speed
🔴 RATIONALE: Droplet size (smaller droplets drift more) and wind speed are the primary factors affecting
spray drift, with smaller droplets being more susceptible to wind carry.
, Question 5
What is the primary function of a drift control agent (DCA) in aerial applications?
A. To increase pesticide toxicity
B. To increase droplet size and reduce drift
C. To decrease application cost
D. To change pesticide color
🟢 B. To increase droplet size and reduce drift
🔴 RATIONALE: Drift control agents increase droplet size, reducing the number of fine droplets that are
susceptible to drift, thereby minimizing off-target movement.
Question 6
Which weather condition should STOP aerial pesticide application immediately?
A. Temperature of 75°F
B. Wind speed exceeding 10 mph
C. Relative humidity of 40%
D. Overcast skies
🟢 B. Wind speed exceeding 10 mph
🔴 RATIONALE: Wind speeds exceeding 10 mph significantly increase drift risk and should halt aerial
applications unless the product label permits higher speeds.
(VERIFIED ANSWERS) PLUS RATIONALES 2026 Q&A | INSTANT DOWNLOAD PDF
Core Domains
*- Aerial Application Aircraft and Equipment*
*- Pesticide Properties and Formulations*
*- Spray Drift Management and Mitigation*
*- FAA Regulations and Aviation Safety*
*- Environmental Protection and Wildlife Safety*
*- Georgia Pesticide Laws and Regulatory Compliance*
*- Calibration and Application Rate Calculations*
*- Emergency Response and Spill Management*
*- Professional Ethics and Recordkeeping*
*- Weather Conditions and Flight Planning*
Introduction
This comprehensive exam assesses the knowledge and professional competence required to safely and
effectively apply pesticides using aerial methods in Georgia. The test evaluates critical skills across multiple
functional areas including aircraft operations, drift management, regulatory compliance, and environmental
protection. Questions are presented in multiple-choice and scenario-based formats that emphasize real-world
application and decision-making skills essential for certified aerial applicators. Success on this exam
demonstrates mastery of both foundational theory and applied professional knowledge needed for safe aerial
pesticide application operations.
SECTION ONE: QUESTIONS 1–100
,Question 1
What is the primary purpose of aerial pesticide application?
A. To reduce labor costs compared to ground application
B. To efficiently cover large agricultural areas quickly
C. To eliminate the need for pesticide calibration
D. To avoid all regulatory requirements
🟢 B. To efficiently cover large agricultural areas quickly
🔴 RATIONALE: The primary purpose of aerial application is efficient coverage of large areas quickly,
especially when crops are tall or sensitive to traffic, making ground equipment impractical.
Question 2
Which FAA regulation governs aerial pesticide application operations in the United States?
A. FAA Part 61
B. FAA Part 91
C. FAA Part 137
D. FAA Part 107
🟢 C. FAA Part 137
🔴 RATIONALE: FAA Part 137 specifically governs agricultural aircraft operations including pesticide
application, while Part 107 applies to small unmanned aircraft systems.
,Question 3
What is the recommended minimum buffer zone distance from water bodies for aerial pesticide application
unless the label specifies otherwise?
A. 10 feet
B. 25 feet
C. 50 feet
D. 100 feet
🟢 C. 50 feet
🔴 RATIONALE: EPA regulations generally require a minimum 50-foot buffer zone from water bodies for
aerial applications to protect aquatic environments unless the product label specifies different requirements.
Question 4
Which factor MOST significantly affects spray drift during aerial application?
A. Aircraft color
B. Droplet size and wind speed
C. Pilot's years of experience
D. Type of fertilizer used
🟢 B. Droplet size and wind speed
🔴 RATIONALE: Droplet size (smaller droplets drift more) and wind speed are the primary factors affecting
spray drift, with smaller droplets being more susceptible to wind carry.
, Question 5
What is the primary function of a drift control agent (DCA) in aerial applications?
A. To increase pesticide toxicity
B. To increase droplet size and reduce drift
C. To decrease application cost
D. To change pesticide color
🟢 B. To increase droplet size and reduce drift
🔴 RATIONALE: Drift control agents increase droplet size, reducing the number of fine droplets that are
susceptible to drift, thereby minimizing off-target movement.
Question 6
Which weather condition should STOP aerial pesticide application immediately?
A. Temperature of 75°F
B. Wind speed exceeding 10 mph
C. Relative humidity of 40%
D. Overcast skies
🟢 B. Wind speed exceeding 10 mph
🔴 RATIONALE: Wind speeds exceeding 10 mph significantly increase drift risk and should halt aerial
applications unless the product label permits higher speeds.
