Harvests energy from food molecules to make ATP.

Contains DNA.

The principal role of photosynthesis is to convert this type of energy into chemical energy.

This is the ultimate source of energy for nearly every organism on this planet.

The transport of large molecules into the cell within vesicles is called this.

The site of translation in the cell.

Contains a central vacuole, which provides pressure on the outside of the cell.

The main purpose of the Calvin cycle is to produce this final product.

The capacity to do work is this.

The passive transport of water is specifically called this.

Selectively regulates the transport of substances into and out of a cell

Contains an organelle that harvests energy from sunlight to rearrange molecules into sugar.

This molecule is a waste product in the light reaction.

This is a common energy currency in living cells that powers most living organisms.

This form of transport requires the expenditure of energy

Breaks down and recycles large molecules

Contains lysosomes, which help break down and recycles large molecules

Electrons release their energy, which is captured by ATP, during this part of the light reaction.

The energy held within ATP is this form of energy.

When a substance goes from an area of high concentration to an area of low concentration it is performing which form of transport.

Small packages for transport, either through the membrane or throughout the interior of the cell.

Always unicellular.

These two molecules link the light reactions to the Calvin cycle.

This is the one thing we cannot do to energy.

This passes through the nuclear pores into the cytoplasm of the cell.