Biology Final Part 2 assesses understanding of atomic structure, compound properties, covalent bonds, polarity in water molecules, pH levels, and chemical reactions. This quiz enhances comprehension of fundamental biological and chemical principles.
Autotrophs.
Heterotrophs
Thylakoids.
Pigments.
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5 and 8
9 and 15
50 and 60
100 and 120
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The cell is eukaryotic because it has a nucleus
The cell is prokaryotic because it has a nucleus
The cell is eukaryotic because it does not have a nucleus.
The cell is prokaryotic because it does not have a nucleus.
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A catalyst
Lipid
Molecule.
Element.
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Tumors.
Cyclins.
Growth factors
P53.
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Making more citric acid.
Repaying an oxygen debt
Restarting glycolysis.
Stopping the electron transport chain.
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Small intestine
Epiglottis
Esophagus
Large intestine
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Pigments.
Thylakoids.
Mitochondria.
Glucose.
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Cells are the basic units of life.
All living things are made of cells
Very few cells are able to reproduce.
All cells are produced from existing cells
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Mitochondrion
Cell membrane
Chloroplast
Channel protein
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Eukaryotic cells
A backbone
A protostome pattern of development
A deuterostome pattern of development
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Organ systems, tissues, organs, cells
Cells, tissues, organs, organ systems
Organ systems, organs, tissues, cells
Cells, organs, organ systems, tissues
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Break down nutrients.
Remove wastes.
Absorb nutrients.
Prevent infection.
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Stores DNA
Stores sugars
Builds proteins
Packages proteins
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Pituitiary gland
Sweat gland
Adrenal gland
Hyroid gland
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Protons, neutrons, and isotopes
Neutrons, isotopes, and electrons
Positives, negatives, and neutrals.
Protons, neutrons, and electrons.
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An acid
Base.
Water.
Suspension.
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Plants
Animals
Bacteria
Fungi
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Heart
Epithelial tissue
. digestive system
Nerve cell
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Carbon dioxide
Water
light
Nitrogen
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Kidneys
Liver
Skin
Lungs
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C
D
G
H
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Tiger
Algae
Wheat
Sunflower
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The electrons in the chlorophyll molecule become energized
The chlorophyll molecule is broken into two parts
A chemical reaction turns chlorophyll into high energy carbohydrates
Energy from fat molecules is released.
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Fermentation
electron transport
glycolysis
Krebs cycle
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Slightly negative.
Very negative
Slightly positive.
Very positive.
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Centrifuge
The particle accelerator
The ultraviolet light
The microscope
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Osmotic pressure
Osmosis.
Pinocytosis.
Active transport.
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Cell division
Metaphase.
Interphase.
Mitosis.
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Takes less time
Requires more time
Provides genetic diversity
Produces identical offspring
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nerves
Organs
Tissues
Organ systems
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Circulatory system
Endocrine system
Reproductive system
Nervous system
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H2O
Carbon dioxide
NADP+
Oxygen
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G1 phase
G2 phase
M phase
S phase
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Prophase, metaphase, anaphase, telophase
Interphase, prophase, metaphase, anaphase, telophase
Interphase, prophase, metaphase, telophase
Prophase, anaphase, metaphase, telophase
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Size
Spindle fibers.
Growth rate
Surface area
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Heterotrophs consume ATP.
Heterotrophs produce ATP
Autotrophs consume carbohydrates
Autotrophs produce carbohydrates.
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High-energy sugars
Chlorophyll a.
Chlorophyll b.
Sunlight.
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Chloroplasts
Cytoplasm.
Mitochondria.
Nuclei.
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Centromere.
Centriole.
Sister chromatid
Spindle.
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Thylakoids.
Chloroplasts.
Plant cells
Mitochondria
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By burning food molecules and releasing their energy as heat
By breathing oxygen into the lungs and combining it with carbon dioxide
By breaking down food molecules gradually and capturing their chemical energy
By using the sun’s energy to break down food molecules and form chemicals
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Apoptosis.
Cytokinesis
Differentiation.
Interphase.
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Insect
rat
Bird
Lizzard
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Red blood cells increases.
Red blood cells decreases.
White blood cells increases.
White blood cells decreases
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Red blood cells
White blood cells
platelets
Plasma
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Blood, target cells
Blood, glands
Nerves, target cells
Nerves, glands
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Release secretions outside of the body
Release digestive enzymes
Release secretions directly into the body
Usually have ducts
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