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WorksheetsSemester 1 Final Review
Total questions: 150
Worksheet time: 1hrs 15mins
Select the best meaning of the prefix Hydro- / Aqua-.
water
air
light
earth
Select the best meaning of the prefix Auto-.
self
other
small
many
Select the best meaning of the prefix Photo-.
light
sound
heat
motion
Select the best meaning of the prefix A- / An-.
without; not
with; together
before
around
Select the best meaning of the prefix Aero-.
air
water
earth
fire
Select the best meaning of the prefix Mono-.
one
two
many
half
Select the best meaning of the prefix Inter-.
between
within
against
above
Select the best meaning of the prefix Intra-.
within
outside
between
around
Select the best meaning of the prefix Micro-.
small
large
new
old
Select the best meaning of the prefix Zoo-.
animal
plant
mineral
microbe
Select the best meaning of the suffix -scope.
instrument for viewing
condition of growth
place of study
method of transport
Select the best meaning of the suffix -vor.
to eat; devour
to move
to write
to breathe
Select the best meaning of the prefix Bio-.
life
earth
heat
sound
Select the best meaning of the suffix -phage.
eater; to eat
maker; to build
viewer; to see
carrier; to hold
Select the best meaning of the prefix Rhizo-.
root
leaf
seed
flower
Select the best meaning of the prefix Myco-.
fungus
muscle
metal
milk
Select the best meaning of the prefix Dendro-.
tree
skin
stone
branching vessel
Select the best meaning of the suffix -troph.
nourishment
movement
measurement
temperature
Select the best meaning of the prefix Syn-.
together
apart
before
under
Select the best meaning of the prefix Macro-.
large
small
short
thin
Select the best meaning of the suffix -ology.
study of
fear of
lack of
shape of
Select the best meaning of the prefix Derm-.
skin
bone
muscle
hair
Select the best meaning of the prefix Bi-.
two
five
ten
half
Word: Autotroph — choose the correct breakdown of its parts.
auto + troph
aero + troph
auto + phage
macro + troph
Word: Autotroph — select the best translation.
an organism that makes its own food
a cell that eats other cells
movement using air
study of large animals
Word: Hydrophobic — choose the correct breakdown of its parts.
hydro + phobic
photo + phage
inter + phobic
micro + scope
Word: Hydrophobic — select the best translation.
water-fearing; repels water
water-loving; dissolves easily
air-seeking; moves toward wind
heat-making; produces warmth
Word: Macrophage — choose the correct breakdown of its parts.
macro + phage
micro + phage
mono + scope
auto + vor
Word: Macrophage — select the best translation.
large eater cell that engulfs pathogens
small viewer device
self-moving organism
study of tree leaves
Word: Photosynthesis — choose the correct breakdown of its parts (noting "thesis" means put).
photo + syn + thesis
photo + derm + scope
macro + syn + troph
aqua + bio + thesis
Word: Photosynthesis — select the best translation.
using light to put together sugars
moving water through roots
viewing skin under a microscope
fear of bright light
Word: Anaerobic — choose the correct breakdown of its parts.
an + aerobic
aqua + aerobic
macro + aerobic
bio + vor
Word: Anaerobic — select the best translation.
without oxygen
with extra oxygen
against gravity
within cells
Word: Microbiology — choose the correct breakdown of its parts.
micro + bio + -logy
macro + bio + derm
photo + syn + -logy
auto + troph + zoo
Word: Microbiology — select the best translation.
study of microscopic life forms
study of large animals
fear of small spaces
method of measuring cells
Word: Intercellular — choose the correct breakdown of its parts.
inter + cellular
intra + cellular
macro + cellular
photo + cellular
Word: Intercellular — select the best translation.
between cells
within a cell
outside the body
above the skin
Word: Intracellular — choose the correct breakdown of its parts.
intra + cellular
inter + cellular
macro + derm
bio + scope
Word: Intracellular — select the best translation.
within a cell
between cells
around the skin
inside the stomach only
Word: Rhizophagous — choose the correct breakdown of its parts.
rhizo + phagous
rhizo + scope
photo + phagous
derm + phagous
Word: Rhizophagous — select the best translation.
root-eating
water-loving
skin-viewing
tree-growing
Word: Dermascope — choose the correct breakdown of its parts.
derm + -scope
dendro + -scope
macro + -scope
bio + -scope
Word: Dermascope — select the best translation.
instrument for viewing skin
instrument for measuring weight
tool for cutting roots
device for moving air
Xylem: What is the specific function of the xylem?
Transport water and dissolved minerals upward from roots
Carry sugars from leaves to roots
Store starch in parenchyma cells
Protect the stem from pathogens
Xylem: Where is it located in a tree stem?
Toward the inner part of the stem
Only in the outer bark
Evenly distributed in leaves only
Exclusively in the pith
Annual Rings: Which two specific types of wood combine to create one single annual ring? Select all that apply.
Springwood
Summerwood
Heartwood
Sapwood
Annual Rings: How does Springwood differ from Summerwood in terms of cell size and growth rate?
Springwood has larger cells and forms during rapid growth; Summerwood has smaller, denser cells and forms during slower growth
Springwood has smaller cells and forms slowly; Summerwood has larger cells and forms rapidly
Both have identical cell sizes and growth rates
Springwood forms only in winter; Summerwood forms only in spring
Wood Types (diagram description): Darker, inner wood that no longer transports water
Heartwood
Sapwood
Wood Types (diagram description): Lighter, outer wood that actively transports water
Heartwood
Sapwood
Wood Types: Give one example of a Hardwood tree
Oak
Pine
Spruce
Cedar
Wood Types: Give one example of a Softwood tree
Pine
Maple
Oak
Birch
Ecosystems & Organization: Abiotic Definition
Nonliving physical and chemical components of an ecosystem
Any organism that is alive
Interactions among populations of species
Processes that occur only in cells
Ecosystems & Organization: Abiotic Example
Sunlight
Bacteria
Mushroom
Grass
Ecosystems & Organization: Biotic Definition
Living components of an ecosystem
Nonliving components of an ecosystem
Energy flow through ecosystems
Physical geography features only
Ecosystems & Organization: Biotic Example
Tree
Rainfall
Wind
Sunlight
Levels of Organization: Arrange from smallest to largest: Community, Species, Ecosystem, Population
Species → Population → Community → Ecosystem
Population → Species → Community → Ecosystem
Species → Community → Population → Ecosystem
Community → Species → Population → Ecosystem
Nutrition Roles: Autotroph
An organism that produces its own food using energy sources like sunlight or chemicals
An organism that must consume other organisms for energy
An organism that breaks down dead matter and recycles nutrients
An organism that relies on darkness to grow
Nutrition Roles: Heterotroph
An organism that must consume other organisms for energy
An organism that produces its own food
An organism that performs photosynthesis exclusively
An organism that decomposes dead material
Nutrition Roles: Decomposer
An organism that breaks down dead matter and recycles nutrients
An organism that preys on live animals
An organism that makes food through photosynthesis
An organism that lives only in water
Nutrition Roles: Phototroph
An organism that obtains energy from light
An organism that obtains energy from eating plants
An organism that obtains energy from heat vents only
An organism that obtains energy from decomposing material
Ecological Succession: Primary Succession — Start condition
No soil present
Soil present
High biodiversity present
A mature forest already established
Ecological Succession: Primary Succession — Example event
New volcanic lava field solidifying
Forest regrowing after a wildfire with soil intact
Pond drying into a meadow
A mature forest shading out understory
Ecological Succession: Secondary Succession — Start condition
Soil present
No soil present
Only bare rock present
Glacier retreat exposing bedrock
Ecological Succession: Secondary Succession — Example event
Forest regrowing after a wildfire with soil intact
Formation of soil on bare rock after lava cools
Colonization of a new volcanic island
Glacial retreat exposing new substrate
Ecological Succession: Sequence — Briefly list the general steps from pioneer species to a climax community
Bare substrate → Pioneer species → Soil formation → Intermediate communities → Climax community
Climax community → Intermediate communities → Pioneer species → Bare substrate
Pioneer species only → Climax community
Soil formation → Bare substrate → Pioneer species → Climax community
The Five Kingdoms & Classification: Cellular Organization — What is the main difference between a Prokaryote and a Eukaryote?
Presence of a membrane-bound nucleus in eukaryotes; prokaryotes lack a nucleus
Eukaryotes cannot photosynthesize; prokaryotes always can
Prokaryotes are multicellular; eukaryotes are always unicellular
Eukaryotes lack organelles; prokaryotes have many
Respiration: Aerobic organisms require
Oxygen
Carbon dioxide
Nitrogen
No gas exchange
Respiration: Anaerobic organisms require
No oxygen
High oxygen
Nitrogen gas only
Carbon dioxide only
Reproduction: Define Asexual Reproduction
Production of offspring from a single parent without fusion of gametes
Fusion of gametes from two parents to produce offspring
Exchange of genetic material between two bacterial cells
Development of seeds after pollination
Reproduction: Define Sexual Reproduction
Fusion of gametes from two parents to produce offspring
Production of genetically identical offspring from one parent
Cell division by mitosis only
Cloning in laboratory settings only
Movement: Distinguish between Self-Moving and Static organisms
Self-moving organisms can locomote independently; static organisms are attached or non-locomotory
Static organisms move faster than self-moving organisms
Self-moving organisms cannot change position; static organisms can
Both terms mean the same thing
Cell Biology & Organelles: Nucleus — Function
Stores genetic information and controls cell activities
Site of protein synthesis
Barrier controlling entry and exit of substances
Site of cellular respiration
Cell Biology & Organelles: Nucleus — What kingdoms is it found in?
All eukaryotic kingdoms (Protist, Fungi, Plant, Animal)
Only plants
Only bacteria
Only animals
Cell Biology & Organelles: Mitochondria — Function
Site of cellular respiration producing ATP
Photosynthesis to make sugars
Storage of genetic material
Protein synthesis
Cell Biology & Organelles: Mitochondria — What kingdoms is it found in?
Most eukaryotic kingdoms (Protist, Fungi, Plant, Animal)
Only prokaryotes
Only plants and bacteria
Only animals and bacteria
Cell Biology & Organelles: Chloroplast — Function
Photosynthesis to convert light energy into sugars
Cellular respiration to make ATP
Protein synthesis
Control of cell division
Cell Biology & Organelles: Chloroplast — What kingdoms is it found in?
Plants and some protists
Only animals
Only fungi
All prokaryotes
Cell Biology & Organelles: Cell Wall — Function
Rigid support and protection outside the cell membrane
Photosynthesis
Protein synthesis
ATP production
Cell Biology & Organelles: Cell Wall — What kingdoms is it found in?
Plants, fungi, and many prokaryotes
Only animals
Only protists
Only bacteria
Cell Biology & Organelles: Cell Membrane — Function
Selectively regulates movement of substances into and out of the cell
Stores hereditary information
Synthesizes proteins
Performs photosynthesis
Cell Biology & Organelles: Cell Membrane — What kingdoms is it found in?
All cells across all kingdoms
Only animals
Only plants
Only bacteria
Cell Biology & Organelles: Ribosome — Function
Site of protein synthesis
Storage of lipids
DNA replication
Cellular respiration
Cell Biology & Organelles: Ribosome — What kingdoms is it found in?
All cells (prokaryotic and eukaryotic)
Only animals
Only plants
Only fungi
Cell Biology & Organelles: Vacuole — Function
Storage of water and other substances; maintains turgor in plant cells
Photosynthesis
Protein synthesis
Cell communication
Cell Biology & Organelles: Vacuole — What kingdoms is it found in?
Common in plants; small or temporary in many protists and animals
Only animals
Only fungi
Only prokaryotes
Critical Thinking: If you look at a cell under a microscope and see a Cell Wall and Chloroplasts, what type of organism is it?
Plant
Animal
Fungus
Bacterium
Critical Thinking: If you see a cell with no nucleus, what type of cell is it? (Prokaryotic / Eukaryotic)
Prokaryotic
Eukaryotic
Both
Neither
Photosynthesis — Directions: Complete the details regarding the photosynthesis process. Choose the balanced chemical equation for photosynthesis.
6CO2+6H2O→C6H12O6+6O2
6CO2+6H2O+light→C6H12O6+6O2
CO2+H2O+light→C6H12O6
6O2+C6H12O6→6CO2+6H2O
Photosynthesis — Directions: Complete the details regarding the photosynthesis process. Select the correct set of reactants (inputs).
Carbon dioxide and water
Glucose and oxygen
Oxygen and water
Glucose and carbon dioxide
Photosynthesis — Directions: Complete the details regarding the photosynthesis process. Select the correct set of products (outputs).
Glucose and oxygen
Carbon dioxide and water
Water and mineral ions
Glucose and carbon dioxide
Photosynthesis — Directions: Complete the details regarding the photosynthesis process. Identify the energy source for this process.
ATP from mitochondria
Heat from soil
Light energy from the sun
Chemical energy from glucose
Photosynthesis — Directions: Complete the details regarding the photosynthesis process. Which specific group of organisms performs this process?
Animals
Fungi
Plants and algae
Viruses
Transpiration & Stomata — Directions: Explain the water cycle within a plant. Transpiration — Choose the best definition of transpiration.
The loss of water vapor from plant leaves through stomata
The absorption of water by roots only
The movement of sugars through phloem
The storage of water in vacuoles
Transpiration & Stomata — Directions: Explain the water cycle within a plant. Transpiration — The Driver: What physical factor "drives" or pulls the water up the plant?
Evaporation of water at leaf surfaces creating negative pressure
Active transport of water up xylem by ATP
Gravity pulling water upward
Root hairs pushing water with muscular force
Transpiration & Stomata — Directions: Explain the water cycle within a plant. Rates — Which environmental factors can change the rate of transpiration? Select all that apply.
Temperature
Humidity
Wind speed
Light intensity
pH of xylem sap
Transpiration & Stomata — Directions: Explain the water cycle within a plant. Stomata — What are stomata?
Microscopic pores in leaf surfaces that regulate gas exchange
Long tubes that transport sugars from leaves to roots
Storage cells for water in stems
Root tips specialized for absorption
Transpiration & Stomata — Directions: Explain the water cycle within a plant. Stomata — Where are stomata located?
Mostly on leaf surfaces, especially the underside
Inside xylem vessels
On root hairs underground
Within seed coats
Transpiration & Stomata — Directions: Explain the water cycle within a plant. Stomata — Function: Why do plants need stomata?
For gas exchange of CO2 and O2 , and to regulate water loss
To produce chlorophyll
To anchor leaves to stems
To store starch in mesophyll
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Leuco-.
White
Blue
Dark
Green
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Morph-.
Shape/Form
Life
Heat
Light
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Infra-.
Below/Under
Above
Between
Around
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the suffix -cyte.
Cell
Leaf
Nucleus
Body
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Oligo-.
Few/Scant
Large/Many
Equal
Different
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Chloro-.
Green
Yellow
Red
Colorless
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Hetero-.
Different
Same
Self
Across
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the suffix -philic.
Loving/Attracted to
Fear of
Breaking apart
Inside
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Pro-.
Before/Forward
After
Against
Around
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Homo-.
Same
Different
Below
Across
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Anti-.
Against/Opposite
With/Together
Within
Around
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Rubro-.
Red
Yellow
Black
White
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Chromo-.
Color
Time
Heat
Seed
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Supra-.
Above/Over
Below
Across
Outside
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Hyper-.
Over/Excess
Under/Below
Equal
Few
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the suffix -phobic.
Fear of/Avoiding
Loving/Attracted to
Breaking down
Moving
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Xantho-.
Yellow
Green
Brown
Blue
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Eu-.
True/Good
False/Bad
Small
Without
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the suffix -soma.
Body
Leaf
Cell
Nerve
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Sub-.
Below/Under
Above
Across
Within
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Xero-.
Dry
Wet
Cold
Light
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Poly-.
Many
Few
Same
Slow
UNIT 2 — Write the definitions for the root words below. Choose the best meaning of the root Hypo-.
Under/Below/Low
Over/High
Equal
Across
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Show your work by breaking the word apart. Word: Leucocyte — Choose the best plain-English translation.
White blood cell
Yellow leaf
Small nucleus
Water-loving cell
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Polymorph — Choose the best plain-English translation.
Many forms
Same shape
Dry body
Inside color
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Chromosome — Choose the best plain-English translation.
Colored body
Same color
False nucleus
Body heat
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Xerophilic — Choose the best plain-English translation.
Dry-loving
Water-fearing
Green body
Under form
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Heterotroph — Choose the best plain-English translation.
Other-feeding organism (consumes organic matter)
Same-feeding organism
Dry-feeding organism
Color-feeding organism
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Hydrophobic — Choose the best plain-English translation.
Water-fearing
Water-loving
Water-color
Water-body
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Chlorophyll — Choose the best plain-English translation.
Green leaf pigment
Yellow body
Red cell
Blue nucleus
Instructions: Use your knowledge of the roots above to "translate" the following biological terms into plain English. Word: Hypodermic — Choose the best plain-English translation.
Under the skin
Above the leaf
Inside the nucleus
Across the body
Word: Polypeptide — Choose the best plain-English translation. (Hint: This is the polymer form of a protein)
Many amino-acid bonds forming a chain
Single sugar unit
Dry body part
Colorful leaf
Word: Heterozygous — Choose the best plain-English translation. (Hint: think alleles e.g., Bb)
Different paired alleles
Same paired alleles
No alleles present
Dry paired nucleus
Word: Homologous — Choose the best plain-English translation.
Having the same relation/structure
Having different shapes
Under the skin
Color-changing
Word: Antibiotic — Choose the best plain-English translation.
Against life (kills/inhibits microbes)
With life
Before life
Colorful body
Word: Chromosome — Choose the best plain-English translation.
Colored body
Many cells
Under nucleus
Green leaf
Word: Leukocyte — Choose the best plain-English translation.
White cell
Dry cell
Green leaf cell
Color body cell
Word: Eukaryote — Choose the best plain-English translation.
True nucleus organism
Before nucleus organism
Without nucleus
Many forms
Word: Hypertonic — Choose the best plain-English translation.
Higher solute concentration
Lower solute concentration
Equal solute concentration
No solute
Word: Xanthophyll — Choose the best plain-English translation.
Yellow leaf pigment
Green cell
Red body
Blue nucleus
Word: Prokaryote — Choose the best plain-English translation.
Before nucleus organism
True nucleus organism
Color body organism
Under skin organism
Directions: Define the following terms and answer the questions based on your notes. Which statement best defines habitat?
The physical environment where an organism lives
The role an organism plays in an ecosystem, including how it uses resources
Directions: Define the following terms and answer the questions based on your notes. Which statement best defines niche?
The role an organism plays in an ecosystem, including how it uses resources and interacts
The physical location an organism inhabits
Directions: Define the following terms and answer the questions based on your notes. Application: If two species occupy the exact same niche in the same habitat, what usually happens?
One species outcompetes the other, leading to exclusion
Both species increase in population without conflict
Directions: Define the following terms and answer the questions based on your notes. Resource Partitioning: Which option best defines this term?
The division of limited resources so species use different parts or times to reduce competition
The movement of organisms between habitats
Directions: Define the following terms and answer the questions based on your notes. Tolerance: What is a "Range of Tolerance" for an organism (e.g., regarding temperature or pH)?
The range of environmental conditions under which the organism can survive and reproduce
The exact temperature at which an organism dies
Practice Problems: Using your knowledge of word roots, choose the best plain‑English translation for the biological term. Word: Endothermic. Breakdown: endo (within) + thermic (heat).
Heat absorbed from the environment
Heat produced within the body
Loss of heat to the outside
Practice Problems: Using your knowledge of word roots, choose the best plain‑English translation for the biological term. Word: Macrophyll. Breakdown: macro (large) + phyll (leaf).
Small leaf
Large leaf
Thick stem
Practice Problems: Using your knowledge of word roots, choose the best plain‑English translation for the biological term. Word: Hydrophobic. Breakdown: hydro (water) + phobic (fearing).
Water‑loving
Water‑fearing; repelled by water
Requires water to survive
Practice Problems: Using your knowledge of word roots, choose the best plain‑English translation for the biological term. Word: Phototrophic. Breakdown: photo (light) + trophic (feeding).
Feeds on other organisms
Obtains energy/food from light
Lives without light
Practice Problems: Using your knowledge of word roots, choose the best plain‑English translation for the biological term. Word: Dendrology. Breakdown: dendro (tree) + logy (study of).
Growth of roots
Study of trees
Disease of wood
Practice Problems: Using your knowledge of word roots, choose the best plain‑English translation for the biological term. Word: Exoskeleton. Breakdown: exo (outside) + skeleton.
Skeleton inside the body
Skeleton outside the body
No skeleton
