human/pig anatomy
Energy and matter
Transport
Populations and change
Ecology
100
Structure at "M"
Large intestine
100
6 CO2 + 6 H2O + sun ---> C6H12O6 + 6O2
Equation for photosynthesis
100
This type of transport, no energy needed
Passive transport
100
these unwanted newcomers can be a disaster for the local plants and animals
Invasive Species
100
Diagram showing energy flow in an ecosystem
Food Web
200
Structure at "G"
Lung
200
C6H12O6 + 6 O2 -> 6 CO2 + 6 H2O + ATP
Equation for Respiration
200
This type of transport requires energy
Active tranport
200
this syndrome is killing off bats at devils lake
White nose syndrome
200
This gas contributes to global warming and is released in large quantities by human activity
Carbon dioxide
300
structure at "S"
Liver
300
C6H12O6 -> Lactic Acid + 2 CO2 + 2 ATP
Fermentation or anaerobic respiration
300
these two things make a solution
solute and solvent
300
The number of organisms that a given environment can support
Carrying capacity
300
Only this much energy is passed on to each higher trophic level
10%
400
Bumpy tube next the esophagus moves air instead of food
Trachea
400
These two reaction make photosynthesis work for plants day and night
Light and Dark reactions
400
Three factors that can increase diffusion rates
Temperature, concentration gradient, and surface area
400
A gradual change in an ecosystem as communities slowly replace one another
Succession
400
from bottom to top how would you place these animals in this food pyramid: GRASS, COYOTES, DEER
bottom GRASS. middle DEER. top COYOTE
500
This structure makes secretions that neutralize stomach acid and produces insulin
Pancreas
500
This chain is responsible for most of the ATP production in respiration
The Electron transport chain
500
Condition when a cell in solution has the same amount of water moving in and moving out of the cell.
Isotonic
500
This type of growth is known as
Exponential growth
500
the measure of the reflectivity of a material. Can impact temperature in a local area
Albedo