Cellular Energy
Cells
DNA
Ecology
Traits
100

Energy is released by ATP by doing this

Breaking the bond between the 2nd and 3rd phosphate

100

Type of organism that lacks a nucleus.

Prokaryote

100

Adenine binds with _____.

Thymine.

100

This is the development of an ecosystem that occurs in an environment with no soil and no other organisms living there.

Primary Succession

100

This molecules function brings about a trait

Protein

200

The step in photosynthesis that produces glucose

Calvin cycle, Light Independent Reactions

200

Organelle responsible for ATP production for cellular energy.

Mitochondria

200

Supercoiled DNA.

Chromosome

200

Amount of energy lost at each trophic level.

90%

200

A version of a trait

Allele

300

The first step in cellular respiration

Glycolysis

300

Passive movement of materials from a high to low concentration across a membrane

Diffusion

300

A part of the nucleotide that codes for genes (adenine, guanine, cytosine).


Nitrogen Base

300

This is the relationship between two organisms where one benefits and the other organism is neither harmed nor benefited.

Commensalism

300

Step in protein synthesis where an amino acid chain is made

Translation

400

The step in cellular respiration that creates the most energy

Electron Transport Chain

400

Single component of a cell membrane; contains a charged head and lipid tail.

Phospholipid

400

Every new DNA molecule is composed of one original and one new strand of DNA

Semi-conservative

400

This is the relationship between two species where one is harmed for the benefit of the other.

Parasitism

400

Site of protein synthesis

Ribosome

500

The final electron acceptor

Oxygen

500

Multi-step process of dividing the nucleus and chromosomes.

Mitosis

500

Keeps nitrogen base pairs together

Hydrogen Bonds

500

This is the development of an ecosystem in an environment that has soil.

Secondary Succession

500

 Set of 3 nitrogen bases that codes for one amino acid

Codon