Phylum Arthropoda
Review
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Egg hatches to larva
larva enters pupa stage
adult emerges from pupa stage
Complete metamorphosis
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Process of shedding an outgrown
exoskeleton
molting
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Waxy, waterproof outer covering
of arthropods
exoskeleton
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Type of symmetry found in
arthropods
bilateral
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Chemicals used to kill harmful
insects
pesticides
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Arthropods that feed on plants
(e.g. Japanese beetles)
herbivores
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Appendages used by crustaceans
like paddles; also to attach and
carry eggs
swimmerets
Word Bank
Complete metamorphosis
herbivores
pesticides
swimmerets exoskeleton
bilateral
antennae
molting
Segmented appendages used to
smell, taste, touch and balance
antennae
Behind the mystery door is a Black
Widow Spider.
How many
legs does
the black
widow
have?
8
Behind the mystery door is a Black
Widow Spider.
How many
pairs of
antennae
does it
have?
0
Behind the mystery door is a Rusty
millipede.
Is it a
carnivore
or
scavenger?
scavenger
Behind the mystery door is a Rusty
millipede.
What type
of
circulatory
system
does it
have?
Open
Behind the mystery door is a Honey Bee
How many
legs does it
have?
6
Behind the mystery door is a Honey Bee
Which body
section has
legs and
wings?
thorax
Behind the mystery door is a Honey Bee
How many
body
sections
does it have?
3
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
Jumping
spider
Arachnid
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
Thrip
Insecta
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
Crayfish
Crustacea
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
Goliath
Beetle
Insecta
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
millipede
Diplopoda
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
centipede
Chilopoda
Match the organism to its correct class
Diplopoda
Chilopoda Crustacea
Arachnid
Insecta
yellow
dog tick
Arachnid
Word Bank
Antennae
Cheliped
walking legs
swimmerets
swimmerets
antennae
cheliped
antennae
Walking legs
Ladybugs, praying mantises, as well as adult and
larval lacewings are this type of beneficial insect.
A. structural pests
B. producer
C. pollinator
D. biological control
Insects that are essential for reproduction in
plants area called
A. structural pests
B. producer
C. pollinator
D. herbivores
Termites in the soil of forests feed on fallen trees.
In this way termites are beneficial
A. structural pests
B. parasites
C. pollinators
D. decomposers
Possibly the most dangerous animal, these
insects transmit diseases such as malaria, yellow
fever, and West Nile virus.
A. flies
B. mosquitoes
C. fleas
D. lice
Which of the following arthropods is not
correctly labeled?
A. Ladybird beetle
(ladybug) decomposer
B. Aphid – insect pest
C. Grasshopper – food
source/ nutrition
D. Bumblebee pollinator
Describe gradual metamorphosis in insects. List all
the stages and provide an insect that undergoes
this process.
What is biological control of insects? Give an
example. What is an advantage of the use of
biological controls over the use of pesticides?
Biological control of insects is
the use of natural predators
released into an area to fight
a harmful pest or insect.