3.1 Systems describe interactions
A complex assemblage of animals, plants and their environment through which materials and energy move
Ecosystem
This tells the number of protons
atomic number
primary producers
All populations of organisms living and interacting in a particular area
Community
This comes form deep seafloor vents
Sulfur
Description of the energy and matter that flows into through and out of a system
These types of bonds share electrons
covalent bonds
energy
Wolves, bears, sharks, big cats are considered
The increase in temperature causes an increase in evaporation in this cycle
Water cycle
Global warming is an example of this type of feedback loop
Positive feedback loop
These macromolecules store energy
lipids and carbohydrates
C6H12O6 + 6O2 yields 6H2O + 6 CO2 + released energy
Cellular respiration
Omnivores
It must be fixed by a bean plant before it can be used
nitrogen
Characteristics of the forest is greater than the characteristics of the trees is an example of
Emergent properties
A substance that has more hydrogen ions than hydroxide ions would be an
acid
The 2 interconnected reactions that occur in photosynthesis
light independent and light dependent reactions
Organisms that are genetically similar, breed, and produce live fertile offspring
Species
Too much can cause explosive algae blooms
phosphorus
Temperature regulation is an example of a
Negative feedback loop
Positively charged ions are called
cations
This law applies to the 10% rule
2nd law of thermodynamics
Ant and beetles are examples of
One process takes in carbon the other process releases carbon
Photosynthesis and respiration