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Big Idea 4
AP Bio Ch. 1
Question | Answer |
---|---|
A domain of life that included modern, unicellular prokaryotes | Bacteria |
Cells that are simple, without a nucleus | Prokaryotic |
The process in which a species changes over time | Evolution |
A kingdom that includes eukaryotic, multicellular, heterotrophs, that digest food internally, with legs | Animalia |
Any feature that helps an organism survive and reproduce successfully | Adaptation |
A word that describes similarities between different species | Unity |
Changes in DNA (Contributes to evolution) | Mutation |
A word that describe differences between different species | Diversity |
A domain of life that includes ancient, unicellular prokaryotes | Archaea |
A kingdom that includes mostly unicellular eukaryotes, thought to include the ancestors of plants, fungi, and animals | Protista |
Cells that are complex and have a nucleus | Eukaryotic Cells |
A kingdom that includes eukaryotic heterotrophs that digest food externally, and can grow in all of the crevices of your body | Fungi |
Producing too many offspring- contributes to evolution | Overproduction |
A kingdom that includes eukaryotic, multicellular autotrophs | Plantae |
Survival of the fittest, contributes to evolution | Natural Selection |
Universal information molecule used to make proteins in cells | DNA |
The act of changing a gene into an actual molecule (a protein) | Gene Expression |
When signals are sent back to the cell to speed/slow a process | Feedback Regulation |
The shape in which DNA is often, but not always, found | Double Helix |
The process where DNA is changed to RNA | Transcription |
The process where RNA is changed to a protein | Translation |
A balanced, yet always moving internal environment | Dynamic Homeostasis |
Sections of DNA that codes for proteins | Genes |
An organism that can produce its own food energy molecules | Autotrophs |
Level of organization- An example would be ants, grass, and anteaters living together | Community |
An organism that must eat other organisms for energy | Heterotroph |
Level of organization- An example would be the esophagus, stomach, and intestines working together to digest food | Organ System |
A group of organisms that can interbreed successfully with each other | Species |
Level of organization- An example would be membrane, nucleus, mitochondria, and many other organelles working together | Cells |
Refers to non living factors in an ecosystem, such as temp, and light intensity | Abiotic |
Refers to living factors in an ecosystem, such as cockroaches | Biotic |
Level of organization- An example would be nitrogen, hydrogen, oxygen, and carbon forming a protein | Molecules |
Level of organization- An example would be the digestive, respiratory, cardiovascular, and other systems forming a human being. | Organism |
Level of organization- An example would be similar cells all working together to perform a job | Tissue |
The study of biological systems, such as molecules interacting. | Systems Biology |
Level of organization- An example would be 100 hyenas in a single natural area | Population |
Level of organization- The smallest particle of an element that retains the properties of that element | Atom |
Level of organization- All of the abiotic and biotic factors in a given area | Ecosystem |
Level of organization- Several tissues working together, an example would be your liver | Organ |
Level of organization- Molecules come together to form a part of cell, an example would be mitochondria | Organelle |
A function, or ability, that comes from organizing parts in a certain way, an example would be sneezing. | Emergent Properties |