What does the red circle represent on the cladogram?*
a characteristic of A, B, and C
a common ancestor of A and B
a common ancestor of A and C
a characteristic of A and B
Which picture shows the common ancestor of all organisms in the cladogram?*
Option 1
Option 2
Option 3
Option 4
What trait separates lungfish from other fish like the flounder and perch?*
lungs
vertebrae
molt exoskeleton
amniotic egg
A scientist comes across a green colored organism growing in the forest floor. How could they determine if the organism is a fungus or a plant?*
Test to see if it reproduces.
Test to see if it contains mitochondria.
Test to see if it has a cell membrane.
Test to see if cell wall contains chitin.
What characteristics do all viruses have in common?*
They are all living organisms.
They all infect animals only.
They all have RNA/DNA contained in a protein capsule.
They all can be destroyed by antibiotic medication.
What kingdom includes organisms that feed on dead or decaying organic matter?*
Protista
Fungi
Plantae
Eubacteria
Choose the true statement.*
None of the domains are related through a common ancestor.
Eukarya (Eukaryota) is more closely related to Bacteria than Archaea.
Eukarya (Eukaryota) is more closely related to Archaea than Bacteria.
Archaea evolved from Bacteria and then Eukarya (Eukaryota) evolved from Archaea
Which of the following traits could be represented by the red line?*
scales
feathers
hair
fur
Why is "Protista" not a true kingdom?*
Protista is a true kingdom.
Some protists are more closely related to bacteria than other protists.
Protists are extinct animals, plants, and fungi.
Explain the endosymbiotic theory.*
Ancient prokaryotes engulfed smaller energy producing and photosynthesizing prokaryotes, and all lived together.
Ancient eukaryotes engulfed smaller prokaryotes and all lived together.
Modern prokaryotes engulfed mitochondria and chloroplasts and all live together.
Modern eukaryotes engulfed mitochondria and chloroplasts and all live together.
The basic structure of a virus includes...*
DNA/RNA enclosed in a cell
DNA/RNA enclosed by a cell wall
DNA/RNA enclosed by a protein coat
DNA/RNA enclosed by a host cell
What trait separates the hagfish from all of the other shown organism?*
backbone
jaws
fur
feathers
What traits do pigeons and mice share?*
feathers, fur, and mammary glands
they don't share any traits
jaws and lungs
feathers
jaws, lungs, claws or nails
Multicellular heterotrophs belong to which domain?*
Archaea
Bacteria
Eukarya
Animalia
A scientist makes the following observations on an unknown specimen: able to mutate (evolve), contains DNA, much smaller than an average bacterial cell, and uses a bacterial cell to make copies of itself. The scientist is likely looking at a(n) ....*
virus
bacteria
eukaryotic cell
prokaryotic cell
How does this cladogram provide evidence for the endosymbiotic theory?*
Mitochondria and chloroplasts evolved from cyanobacteria.
Mitochondria and chloroplasts are organisms that share a recent common ancestor.
Mitochondria and chloroplasts are their own species.
Mitochondria and chloroplasts have their own DNA, evidence that they were once free living organisms.
According to the endosymbiotic theory, the chloroplast organelle evolved from ...*
ancient aerobic bacteria
ancient photosynthesizing cyanobacteria
modern day mitochondria
modern day chloroplasts
Choose all the characteristics of life (you must choose them all correctly)*
growth & development
composed of cells
reproduction
respond to stimuli
maintain homeostasis
have RNA/DNA
evolve
Which domain is made up of prokaryotes with cell walls made up of peptidoglycan?*
Archaea
Eukarya
Eubacteria
How are mitochondria and chloroplasts like modern day prokaryotes?*
They all have double membranes.
They all have a membrane made of chitin.
They are have membrane bound organelles inside.
Mitochondria and chloroplasts live inside modern day prokaryotes.
DOMAIN | BACTERIA | ARCHAEA | EUKARYA | |||
KINGDOM | Eubacteria | Archaebacteria | Protista | Fungi | Plantae | Animalia |
CELL TYPE | Prokaryote | Prokaryote | Eukaryote | Eukaryote | Eukaryote | Eukaryote |
CELL STRUCTURES | w/ peptidoglycan | w/out peptidoglycan | Cellulose in some, some have chloroplasts | chitin | Cellulose, chloroplasts | No cell walls or chloroplasts |
# OF CELLS | Unicellular | Unicellular | Most unicellular; some colonial; some multicellular | Most multicellular, some unicellular | Multicellular | Multicellular |
MODE OF NUTRITION | Autotroph or heterotroph | Autotroph or heterotroph | Autotroph or heterotroph | Heterotroph | Autotroph | Heterotroph |
EXAMPLES | Streptococcus E. coli | Methanogens, halophiles | Amoeba, Paramecium, slime molds, kelp | Mushrooms, yeasts | Mosses, ferns, flowering plants | Sponges, worms, insects, fish, mammals |