Domains/Kingdoms/Classification Flashcards
List the names and main characteristics that differentiate the 3 Domains and 5 Kingdoms of living things. Include an example of an organism for each.
Domain: archaea, bacteria, and eukaryote
Kingdoms
(Archea- Archea or Monera, [extremophiles, first living things]
Bacteria- bacteria or Monera, [most common disease, 3 shapes]
Eukaryotes- animal, plant, protists, fungi)
Animal (mulitu celled)-Lion Plant(multi)- Pine Tree Fungi(both)- mushroom Protista(single)- euglena Monera- Blue green Bacteria
List the 8 levels of classification from largest to smallest.
Domain, kingdom, phylum, class, order, family, genus, species.
List and explain the 10 characteristics all living things possess (ORGANISMS chart).
One or more cells-
Smallest unit capable of life’s functions
Respiration-
Release chemical energy
from food in the mitochondria
Grow and Develop-
Develop by going through physical changes
Adapt to their environment-
Short-term stimulus/response
& long-term adaptation
Not dry out -
Depend on liquid water
Inherit DNA-
and adapt through Evolution
Stable internal environment-
Maintain homeostasis,
by digesting and excreting
Metabolism-
Obtain & use energy
by getting or making food
Sexual or asexual reproduction-
Sexual = 2 parents;
Asexual = 1 parent
DIES
Understand how the WOWbug, California Blackworm, daphnia, Cabbage White Butterfly, and hydra meet the characteristics listed in question #3. Try filling in the ORGANISMS chart with details from each of the animals.
open organisms chart
Know the correct labeling for the lines below a scientific drawing.
magnification on top line (times 10)
bottom: name in all capitals of what observing (size)
Describe the life cycle of the cabbage white butterfly and WOWbug.
CWB= egg, larva, pupa, adult WOWbug= egg, larva, molting until adult
How are the CWB and WFP interdependent? Think about food, reproduction, and gas exchange.
CWB find own food, lays eggs, finds brassica plant, polinates WFP
WFP exchanges gas, gets sun, nutrients from ground
What does the term homeostasis mean?
The tendency of an organism or a cell to regulate its internal conditions, usually by a system of feedback controls, so as to stabilize health and functioning, regardless of the outside changing conditions