TEST BANK | GENERAL PEST MANAGEMENT
7A EXAM 2025/2026 | COMPLETE PRACTICE
QUESTIONS WITH VERIFIED CORRECT
ANSWERS & DETAILED RATIONALES |
STRUCTURAL PEST CONTROL, PEST
IDENTIFICATION, PESTICIDE SAFETY, IPM &
APPLICATION METHODS | LATEST UPDATED
VERSION
TEST BANK | GENERAL PEST MANAGEMENT 7A EXAM 2025/2026
COMPLETE PRACTICE QUESTIONS WITH VERIFIED CORRECT ANSWERS &
DETAILED RATIONALES
STRUCTURAL PEST CONTROL | PEST IDENTIFICATION | PESTICIDE SAFETY |
IPM & APPLICATION METHODS | LATEST UPDATED VERSION
SECTION 1: STRUCTURAL PEST CONTROL
Q1. Which of the following best defines structural pest control?
A. The control of pests found in agricultural fields B. The management of pests that
affect livestock and poultry C. The control of pests that invade, damage, or threaten
buildings and structures D. The application of pesticides in water treatment facilities E.
The management of pests that affect ornamental plants
CORRECT ANSWER: C. The control of pests that invade, damage, or
threaten buildings and structures RATIONALE: Structural pest control
specifically refers to the management of pests that invade, damage, or pose health risks
within or around man-made structures such as homes, offices, and commercial
buildings.
Q2. Which wood-destroying organism is most commonly associated with causing
billions of dollars in structural damage annually in the United States?
,A. Carpenter ants B. Powder post beetles C. Subterranean termites D. Wood-boring
beetles E. Carpenter bees
CORRECT ANSWER: C. Subterranean termites RATIONALE:
Subterranean termites are the most destructive wood-destroying insects in the U.S.,
responsible for billions in property damage each year due to their large colony sizes and
ability to remain hidden within wood and soil.
Q3. What is the primary entry point that subterranean termites use to access
above-ground structures?
A. Cracks in exterior walls B. Ventilation ducts C. Mud tubes constructed along
foundations D. Roof shingles E. Window frames
CORRECT ANSWER: C. Mud tubes constructed along foundations
RATIONALE: Subterranean termites build mud tubes (also called shelter tubes) from
soil and debris to protect themselves from dehydration and predators as they travel from
the soil to wood above the ground.
Q4. Which of the following is a key characteristic of drywood termites that
distinguishes them from subterranean termites?
A. They require contact with soil to survive B. They build mud tubes to travel C. They
live entirely within the wood they infest and do not require soil contact D. They are found
only in tropical climates E. They feed exclusively on softwoods
CORRECT ANSWER: C. They live entirely within the wood they infest and do
not require soil contact RATIONALE: Drywood termites infest dry, sound wood
and do not need soil contact or moisture like subterranean termites. They live within the
wood, making them harder to detect until significant damage has occurred.
Q5. What is the telltale sign of drywood termite infestation?
A. Mud tubes along walls B. Hollow-sounding wood when tapped C. Small piles of fecal
pellets (frass) with six distinct sides D. Sawdust-like material near wooden structures E.
Tunneling patterns visible from the outside of the wood
CORRECT ANSWER: C. Small piles of fecal pellets (frass) with six distinct
sides RATIONALE: Drywood termites push their fecal pellets (frass) out of the
,wood through small kick-out holes. These pellets are distinctive — they are hard, dry,
and have six concave sides, making them a reliable sign of drywood termite activity.
Q6. Which pest control treatment involves drilling into concrete slabs and
injecting termiticide into the soil beneath a structure?
A. Bait station installation B. Soil trenching C. Slab injection D. Wood treatment E. Foam
application
CORRECT ANSWER: C. Slab injection RATIONALE: Slab injection involves
drilling holes through concrete slabs at regular intervals and injecting liquid termiticide
into the soil beneath. This creates a chemical barrier that prevents subterranean
termites from entering the structure from below.
Q7. The process of applying termiticide to the soil along the exterior perimeter of
a foundation is called:
A. Broadcast spraying B. Trenching and rodding C. Spot treatment D. Fumigation E.
Banding
CORRECT ANSWER: B. Trenching and rodding RATIONALE: Trenching
and rodding involves digging a trench along the foundation and using a rod to inject
termiticide deep into the soil. This creates a continuous chemical barrier around the
structure to prevent termite entry.
Q8. Which of the following is NOT a wood-destroying organism (WDO)?
A. Subterranean termites B. Carpenter ants C. Powder post beetles D. Cockroaches E.
Wood-boring beetles
CORRECT ANSWER: D. Cockroaches RATIONALE: Cockroaches are not
wood-destroying organisms. WDOs are specifically insects or fungi that damage wood
structures. Cockroaches are structural pests but they do not feed on or destroy wood.
Q9. Carpenter ants differ from termites primarily because:
A. Carpenter ants are larger than all termite species B. Carpenter ants excavate wood
for nesting but do not eat it C. Carpenter ants require more moisture than termites D.
, Carpenter ants only infest outdoor wooden structures E. Carpenter ants produce frass
identical to termites
CORRECT ANSWER: B. Carpenter ants excavate wood for nesting but do
not eat it RATIONALE: Unlike termites that consume wood as a food source,
carpenter ants excavate wood to create galleries for nesting. They push out coarse
frass (sawdust mixed with insect parts) but do not ingest the wood.
Q10. Which of the following best describes the purpose of a termite bait station?
A. To immediately kill all termites in a colony upon contact B. To repel termites away
from a structure C. To attract termites to a slow-acting toxicant that is shared among
colony members, eventually eliminating the colony D. To block termite entry points in
the foundation E. To monitor for termites without any control effect
CORRECT ANSWER: C. To attract termites to a slow-acting toxicant that is
shared among colony members, eventually eliminating the colony
RATIONALE: Termite bait stations work through the principle of trophallaxis (food
sharing). Termites consume the slow-acting bait and share it with nestmates, including
the queen, ultimately collapsing the entire colony over time.
Q11. What is the primary structural pest associated with the formation of "kick-
out holes" in wood?
A. Subterranean termites B. Drywood termites C. Carpenter bees D. Powder post
beetles E. Wood-boring beetles
CORRECT ANSWER: C. Carpenter bees RATIONALE: Carpenter bees
create perfectly round entry holes (kick-out holes) approximately ½ inch in diameter to
excavate nesting galleries in unpainted or weathered wood. These holes are circular
and clean-edged, distinguishing them from other wood-damaging pests.
Q12. Which of the following cockroach species is most commonly found in
commercial food establishments and is considered the most economically
important cockroach pest?
A. American cockroach B. Oriental cockroach C. German cockroach D. Brownbanded
cockroach E. Smokybrown cockroach
7A EXAM 2025/2026 | COMPLETE PRACTICE
QUESTIONS WITH VERIFIED CORRECT
ANSWERS & DETAILED RATIONALES |
STRUCTURAL PEST CONTROL, PEST
IDENTIFICATION, PESTICIDE SAFETY, IPM &
APPLICATION METHODS | LATEST UPDATED
VERSION
TEST BANK | GENERAL PEST MANAGEMENT 7A EXAM 2025/2026
COMPLETE PRACTICE QUESTIONS WITH VERIFIED CORRECT ANSWERS &
DETAILED RATIONALES
STRUCTURAL PEST CONTROL | PEST IDENTIFICATION | PESTICIDE SAFETY |
IPM & APPLICATION METHODS | LATEST UPDATED VERSION
SECTION 1: STRUCTURAL PEST CONTROL
Q1. Which of the following best defines structural pest control?
A. The control of pests found in agricultural fields B. The management of pests that
affect livestock and poultry C. The control of pests that invade, damage, or threaten
buildings and structures D. The application of pesticides in water treatment facilities E.
The management of pests that affect ornamental plants
CORRECT ANSWER: C. The control of pests that invade, damage, or
threaten buildings and structures RATIONALE: Structural pest control
specifically refers to the management of pests that invade, damage, or pose health risks
within or around man-made structures such as homes, offices, and commercial
buildings.
Q2. Which wood-destroying organism is most commonly associated with causing
billions of dollars in structural damage annually in the United States?
,A. Carpenter ants B. Powder post beetles C. Subterranean termites D. Wood-boring
beetles E. Carpenter bees
CORRECT ANSWER: C. Subterranean termites RATIONALE:
Subterranean termites are the most destructive wood-destroying insects in the U.S.,
responsible for billions in property damage each year due to their large colony sizes and
ability to remain hidden within wood and soil.
Q3. What is the primary entry point that subterranean termites use to access
above-ground structures?
A. Cracks in exterior walls B. Ventilation ducts C. Mud tubes constructed along
foundations D. Roof shingles E. Window frames
CORRECT ANSWER: C. Mud tubes constructed along foundations
RATIONALE: Subterranean termites build mud tubes (also called shelter tubes) from
soil and debris to protect themselves from dehydration and predators as they travel from
the soil to wood above the ground.
Q4. Which of the following is a key characteristic of drywood termites that
distinguishes them from subterranean termites?
A. They require contact with soil to survive B. They build mud tubes to travel C. They
live entirely within the wood they infest and do not require soil contact D. They are found
only in tropical climates E. They feed exclusively on softwoods
CORRECT ANSWER: C. They live entirely within the wood they infest and do
not require soil contact RATIONALE: Drywood termites infest dry, sound wood
and do not need soil contact or moisture like subterranean termites. They live within the
wood, making them harder to detect until significant damage has occurred.
Q5. What is the telltale sign of drywood termite infestation?
A. Mud tubes along walls B. Hollow-sounding wood when tapped C. Small piles of fecal
pellets (frass) with six distinct sides D. Sawdust-like material near wooden structures E.
Tunneling patterns visible from the outside of the wood
CORRECT ANSWER: C. Small piles of fecal pellets (frass) with six distinct
sides RATIONALE: Drywood termites push their fecal pellets (frass) out of the
,wood through small kick-out holes. These pellets are distinctive — they are hard, dry,
and have six concave sides, making them a reliable sign of drywood termite activity.
Q6. Which pest control treatment involves drilling into concrete slabs and
injecting termiticide into the soil beneath a structure?
A. Bait station installation B. Soil trenching C. Slab injection D. Wood treatment E. Foam
application
CORRECT ANSWER: C. Slab injection RATIONALE: Slab injection involves
drilling holes through concrete slabs at regular intervals and injecting liquid termiticide
into the soil beneath. This creates a chemical barrier that prevents subterranean
termites from entering the structure from below.
Q7. The process of applying termiticide to the soil along the exterior perimeter of
a foundation is called:
A. Broadcast spraying B. Trenching and rodding C. Spot treatment D. Fumigation E.
Banding
CORRECT ANSWER: B. Trenching and rodding RATIONALE: Trenching
and rodding involves digging a trench along the foundation and using a rod to inject
termiticide deep into the soil. This creates a continuous chemical barrier around the
structure to prevent termite entry.
Q8. Which of the following is NOT a wood-destroying organism (WDO)?
A. Subterranean termites B. Carpenter ants C. Powder post beetles D. Cockroaches E.
Wood-boring beetles
CORRECT ANSWER: D. Cockroaches RATIONALE: Cockroaches are not
wood-destroying organisms. WDOs are specifically insects or fungi that damage wood
structures. Cockroaches are structural pests but they do not feed on or destroy wood.
Q9. Carpenter ants differ from termites primarily because:
A. Carpenter ants are larger than all termite species B. Carpenter ants excavate wood
for nesting but do not eat it C. Carpenter ants require more moisture than termites D.
, Carpenter ants only infest outdoor wooden structures E. Carpenter ants produce frass
identical to termites
CORRECT ANSWER: B. Carpenter ants excavate wood for nesting but do
not eat it RATIONALE: Unlike termites that consume wood as a food source,
carpenter ants excavate wood to create galleries for nesting. They push out coarse
frass (sawdust mixed with insect parts) but do not ingest the wood.
Q10. Which of the following best describes the purpose of a termite bait station?
A. To immediately kill all termites in a colony upon contact B. To repel termites away
from a structure C. To attract termites to a slow-acting toxicant that is shared among
colony members, eventually eliminating the colony D. To block termite entry points in
the foundation E. To monitor for termites without any control effect
CORRECT ANSWER: C. To attract termites to a slow-acting toxicant that is
shared among colony members, eventually eliminating the colony
RATIONALE: Termite bait stations work through the principle of trophallaxis (food
sharing). Termites consume the slow-acting bait and share it with nestmates, including
the queen, ultimately collapsing the entire colony over time.
Q11. What is the primary structural pest associated with the formation of "kick-
out holes" in wood?
A. Subterranean termites B. Drywood termites C. Carpenter bees D. Powder post
beetles E. Wood-boring beetles
CORRECT ANSWER: C. Carpenter bees RATIONALE: Carpenter bees
create perfectly round entry holes (kick-out holes) approximately ½ inch in diameter to
excavate nesting galleries in unpainted or weathered wood. These holes are circular
and clean-edged, distinguishing them from other wood-damaging pests.
Q12. Which of the following cockroach species is most commonly found in
commercial food establishments and is considered the most economically
important cockroach pest?
A. American cockroach B. Oriental cockroach C. German cockroach D. Brownbanded
cockroach E. Smokybrown cockroach
