Category 7 Practice Test 2026-2027: 170
Questions for Industrial, Institutional,
Structural & Health-Related Pest Control
Certification
Description:
Master the Tennessee Category 7 Pesticide Applicator Exam with our comprehensive
2026/2027 practice test bank. 170 updated questions covering fumigation, IPM, formulations,
safety, calculations, and regulations. Pass your certification exam with confidence.
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, TN Category 7 Pesticide Practice Test 2026
SECTION 1: GENERAL PEST IDENTIFICATION AND BIOLOGY
Question 1
Which of the following statements accurately describes the flying capabilities of carpet beetles?
A) Adult and larval carpet beetles are both capable of flight
B) Only larval carpet beetles are capable of flight
C) Adult carpet beetles can fly, but larvae cannot
D) Neither adult nor larval carpet beetles can fly
Answer: C
Explanation: Adult carpet beetles possess fully developed wings and are capable of flight,
which aids in their dispersal and location of new food sources. However, carpet beetle larvae are
wingless and cannot fly. The larvae are the destructive life stage responsible for feeding on
natural fibers, causing damage to fabrics, carpets, and other organic materials.
Question 2
A pest management professional encounters a moth with a wingspan of approximately ¾ inch.
The outer two-thirds of the forewings display reddish-copper scales. Which pest species does this
description identify?
A) Webbing clothes moth
B) Case-making clothes moth
C) Indian meal moth
D) Mediterranean flour moth
Answer: C
Explanation: The Indian meal moth (Plodia interpunctella) is characterized by its distinctive
wing pattern featuring reddish-copper scales on the outer two-thirds of the forewings. This stored
,product pest is commonly found in pantries and food storage areas, infesting dried fruits, grains,
nuts, and other processed food products. The larvae are the damaging stage, producing webbing
and contaminating food items.
Question 3
What is the primary identifying characteristic of the rice weevil (Sitophilus oryzae)?
A) A distinct snout projecting forward from the head
B) Four lighter colored spots on the wings
C) Elbowed antennae with a club at the tip
D) A reddish-brown body with a black head
Answer: B
Explanation: The rice weevil is distinguished by four lighter colored spots on its wings, which
are actually pale areas on the elytra. Adults also possess a characteristic elongated snout
(rostrum) and are approximately 1/8 inch long. These stored grain pests are capable of boring
into whole kernels of rice, wheat, corn, and other grains, completing their entire life cycle within
a single kernel.
Question 4
How does the granary weevil differ from the rice weevil in appearance?
A) The granary weevil lacks the four light spots on its wings
B) The granary weevil is significantly larger
C) The granary weevil has a longer snout
D) The granary weevil has a lighter body color
Answer: A
Explanation: The granary weevil (Sitophilus granarius) lacks the four light spots on its wings
that are characteristic of the rice weevil. It is also flightless, whereas the rice weevil can fly
, under certain conditions. These differences are important for accurate pest identification and
determining appropriate management strategies in stored grain facilities.
Question 5
Which statement accurately describes the legal protection status of snakes in Tennessee?
A) All snakes are unprotected and may be killed on sight
B) Only venomous snakes are protected by state law
C) Snakes are protected under state wildlife regulations
D) Only endangered snake species receive legal protection
Answer: C
Explanation: Snakes are protected in Tennessee under state wildlife regulations. This protection
applies to both venomous and non-venomous species, recognizing their ecological importance in
controlling rodent populations and maintaining ecosystem balance. Pest management
professionals must consider appropriate exclusion and habitat modification techniques rather
than lethal control methods when addressing snake issues.
Question 6
What is the minimum opening size through which a rat can successfully squeeze?
A) ¼ inch
B) ½ inch
C) ¾ inch
D) 1 inch
Answer: B
Explanation: Rats can compress their bodies to pass through openings as small as ½ inch in
diameter. This remarkable ability stems from their flexible skeletal structure and ability to flatten
their bodies. Norway rats, in particular, can squeeze through relatively small gaps, necessitating