a. Atom - molecule - organelle - cell - tissue

b. Molecule - atom - organelle - tissue - cell

c. Cell - organelle - atom - tissue - molecule

d. Organelle - molecule - atom - tissue - cell

e. Atom - organelle - molecule - cell – tissue

a. Homeostasis

b. Movement

c. Structural organization

d. Evolution

e. Energy use

a. Kingdom - phylum - order - class - genus - family - species

b. Kingdom - class - phylum - order - family - genus - species

c. Kingdom - phylum - order - class - genus - family – species

d. Kingdom - phylum - class - order - family - genus - species

e. Kingdom - phylum - class - order - genus - family – species

a. It can be proven to be true

b. It can be shown to be false

c. It is a tentative explanation

d. It is based on previous knowledge

e. It must be testable to be useful

a. The distance the golf ball traveled

b. The type of material the club is made of

c. The wind direction when the experiment took place

d. The material the golf ball was made of

e. The speed of the golf club prior to hitting the golf ball

a. All organisms have DNA, DNA is the fundamental unit of life and all cells come from preexisting cells

b. All organisms are made of one or more cells, the cell is the fundamental unit of life and all cells come from preexisting cells

c. All organisms have DNA, all organisms are made of cells and all cells produce proteins

d. All organisms are made of one or more cells, the cell is the fundamental unit of life and all cells have a nucleus

e. All organisms are made of one or more cells, all cells contain DNA and all cells come from preexisting cells

a. Has a nucleus

b. Does not have a nucleus

c. Does not have ribosomes

d. Is at least 100 micrometers in diameter

e. Has membrane-bounded organelles

a. A centriole

b. A ribosome

c. A cell membrane

d. A lysosome

e. A chloroplast

a. Peroxisomes and ribosomes

b. Lysosomes and peroxisomes

c. Ribosomes and chloroplasts

d. Chloroplasts and ribosomes

e. Lysosomes and Golgi apparatus

a. A structure that aids in the process of cell division

b. Found in the cytoplasm of eukaryotic cells

c. A system of tracks used for transport

d. Composed of microtubules and microfilaments

e. All are correct

a. Membranes

b. Ribosomes and DNA

c. Ribosomes

d. DNA

e. Membranes and ribosomes

a. Facilitated diffusion

b. Active transport

c. A rare occurrence

d. Osmosis

e. Always beneficial to a cell

a. Water will flow into the cell by osmosis

b. Water will flow out of the cell by active transport

c. Water will flow out of the cell by osmosis

d. Water will flow into the cell by active transport

e. Water will flow into the cell by facilitated diffusion

a. chloroplast

b. mitochondria

c. ribosome

d. chlorophyll

e. lysosome

a. The gametophyte is larger than the sporophyte

b. The gametophyte can grow independently of the sporophyte

c. The gametophyte is both smaller than the sporophyte and can grow independently

d. The gametophyte is smaller than the sporophyte

e. The gametophyte is both larger than the sporophyte and can grow independently

a. Algin

b. Agar

c. Chlorophyll

d. The carotenoids

e. Lignin

a. Angiosperms

b. Bryophytes

c. Gymnosperms

d. Conifers

e. Cycads

a. Development of stomata

b. Production of pollen

c. Development of vascular tissue

d. Production of a cuticle

e. Production of lignin

a. The ferns were able to do photosynthesis

b. The ferns were also heterotrophs

c. Ferns have a vascular system, this allowed them to grow taller

d. Ferns do not require water to reproduce

e. Ferns go through alternation of generations

a. Decomposers

b. Producers

c. Primary consumers

d. Secondary consumers

a. Multi-celled autotrophs

b. Single-celled heterotrophs

c. Single-celled autotrophs

d. Multi-celled heterotrophs

e. All are correct

a. The autotroph provides energy and the heterotroph prevents dehydration

b. The autotroph prevents dehydration and the heterotroph provides energy

c. The autotroph produces oxygen and the heterotroph consumes oxygen

d. The heterotroph protects the autotroph from predation

e. The autotroph produces antibiotics to ward off infection by bacteria

a. They are single-celled eukaryotes

b. They are multi-cellular prokaryotes

c. They are multi-cellular eukaryotes

d. They are single-celled prokaryotes

a. Gastrovascular cavity

b. Blastula

c. Coelom

d. Gastrula

e. Hydrostatic skeleton

a. Photosynthesize

b. Secrete enzymes to digest food

c. Sting predators and prey

d. Live on land

e. Fly

a. Cnidaria

b. Porifera

c. Platyhelminthes

d. Mollusca

e. Annelida

a. Mollusca

b. Nematoda

c. Platyhelminthes

d. Arthropoda

e. Echinodermata

a. They do not have true tissues

b. They have a gastrula with only two germ layers

c. They have radial symmetry

d. They have a notochord

e. They have a pseudocoelom

a. Marsupials

b. Placentals

c. Bats

d. Birds

e. Monotremes

a. Is found in the nucleus of the virus

b. Is always DNA

c. Can be DNA or RNA

d. Is always RNA

e. Can be replicated outside of a cell

a. Viruses do not contain genetic information

b. Viruses do not reproduce on their own

c. Viruses are all smaller than the smallest known cells

d. Viruses do not contain a nucleus

e. Viruses can be frozen and still survive

a. Prokaryotes do not have a nucleus

b. Prokaryotes are multi celled

c. Prokaryotes do not have a chromosome

d. Prokaryotes have membrane-bounded organelles

e. Prokaryotes do not have ribosomes

a. Archaea

b. Bacteria

c. Both Archaea and Bacteria

d. Eukarya

e. Both Bacteria and Eukarya

a. Mitosis

b. Binary fusion

c. Daughter cell duplication

d. Binary fission

e. Conjugation

a. Are prokaryotes

b. Do not have a nucleus

c. Do not have membrane-bounded organelles

d. Are eukaryotes

e. Have a cell wall