Cells
Cellular Transport
Cellular Respiration
Genetics
DNA & protein synthesis
100

Prokaryote Cell

simple cells, no nucleus, no membrane-bound organelle.

100

what is solute

material that is being dissolved

100

autotrophs

any organism that can make its own food

100
Heterozygous

2 different alleles (Aa)

100

DNA traits

double stranded, bases A T C G, sugar-deoxyribose, original, stays in nucleus.

200

Eukaryote cell

complex cells, have a nucleus, have membrane-bound organelles.

200

what is solvent

material that is doing the dissolving

200

heterotrophs

organisms that cant make their own food

200

Homozygous

2 of the same alleles (AA or aa)

200

RNA Traits

single stranded, bases A U C G, ribose, copy of DNA, moves out of nucleus.

300

What do plant cells HAVE and animal cells DONT HAVE

cell wall, chloroplasts, a large centeral vacuole

300

what is hypertonic?

a solution that causes a cell to shrink due to osmosis.

300

photosynthesis

the process by which light energy is converted into chemical energy

300
dominant

more powerful allele

300

DNA to RNA to ??

protein

400

what does the mitochondria do

provides energy for the cell and turns sugar into atp during cellular respiration

400

what is hypotonic?

a solution that causes a cell to swell.

400

photosynthesis equation

CO2 + H2O = C6 H12 O6 + O2

400

recessive

less powerful allele 

400

transcription

DNA copies into RNA

500

what membrane-bound organelle(s) can be found in eukaryotic cells?

mitochondria, chloroplast, lysosomes, vacuole, golgi, ER, ect. (any of these)

500

diffusion

the movement of particles from high to low concentration

500

cellular respiration equation

C6 H12 O6 + O2 = CO2 + ATP

500

dominant/recessive cross

cross involving 1 trait in which the alleles may be do,inant and/or recessive

500

translation

every 3 letters of RNA are used to make an amino acid