It's all about Cells
Genetics
Evolution
Ecology
Surprise!
100

This is a type of cell that lacks a defined nucleus, only has organelles and divides using binary fission

Prokaryote

100

These are examples of nucleic acids

DNA and RNA

100
What can lead to genetic variation within a species

Mutations

100

A type of symbiotic relationship in which both organisms benefit

Mutualism

100

The FRQ # in which you will have to graph

#2

200

How you would describe the manner in which only specific materials can move in and out of a plasma membrane.

Selectively permeable
200

The leading strand of DNA that is read to both replicate and create proteins

3' -> 5'

200

A type of speciation in which a geographic barrier exists

Allopatric Speciation

200

If the producers have 1,200 J of energy, the amount of energy that the secondary consumers will have.

12 J

200

Describe the reaction catalyzed by ATP synthase during photosynthesis.

Phosphorylation of ADP into ATP

300

The formula for percent change

(F - I) / I x 100

300

The three parts of a nucleotide

Phosphate group

5 Carbon Sugar

Nitrogenous Base

300

An example of pre-zygotic isolation

behavioral

temporal

habitat

reproductive

300

When a wildfire removes a forest and slowly grasses, shrubs and trees are re-established in a set sequence

Secondary Succession

300

If a color-blind male has children with a carrier female, the percent of his daughters that will be colorblind

50%

400

One piece of evidence that supports how prokaryotes evolved into eukaryotes

DNA

ribosomes

400

The main function of RNA Polymerase

To transcribe DNA into mRNA for protein synthesis

400

An example of post-zygotic isolation

hybrid sterility and breakdown

400

The pioneer species in Primary Succession

lichens

400

How ATP Synthase is able to produce ATP in both photosynthesis and cellular respiration

proton/H+ gradient

500

The reason why cells have organelles

Compartmentalization

500

What is added/removed in RNA processing

introns removed

exons kept

5' cap

Poly-A tail

500
One of the factors that is needed to be in Hardy-Weinberg equilibrium

Large Population

No gene flow

No mutations

No natural selection

Random mating

500

The result to the fitness of a native species when a type of organism that has no natural predators, is non-native and competes with the native species for nesting areas

Decrease

500

Converting nitrates and nitrites into nitrogen gas

denitrification

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