LS.Bio.1.3

It digests waste.

It maintains homeostasis.

It translates cellular proteins

It creates energy to fuel cell processes.

chloroplast

vacuole

mitochondrion

ribosome

Chloroplasts chemical energy into light energy for immediate use in the cell.

Chloroplasts convert light energy into chemical energy for immediate use in the cell.

Chloroplasts convert chemical energy into light energy for later use in the cell.

Chloroplasts convert light energy into chemical energy for later use in the cell.

heart cells

skin cells

amoebas

bacteria

to increase the amount of DNA present

to maintain energy production

to decrease surface area for light release

to increase surface area for light absorption

stroma of the chloroplast

matrix of the mitochondria

DNA replication occurs in the nucleus.

Translation occurs in the mitochondria.

to provide energy for cellular respiration

to speed up chemical reactions

to transport molecules

to synthesize proteins

Protein synthesis would stop.

The cell membrane would harden.

Vacuoles would fail to retain water.

The cytoplasm would thicken.