4.1.1. Photosynthesis

Energy

Carbon dioxide

Oxygen

Soil

their environment

their parents

the water they swim in

the oxygen they breath

organism

animal

Autotrophs

Heterotrophs

an organism that gets its energy by eating plants

an organism that gets its energy from the water it takes in

an organism that can produce its own food

an organism that must consume nutrients from other organisms.

an organism that can produce its own food.

an organism that eat meet.

an organism that only eats plants.

an organism that gets its nutrients from consuming other organisms.

Organisms is a term that refers to animals and living things that do not need energy from the sun.

All living things get their energy from the sun. Some get it directly from the sun while others get it indirectly from the sun.

All living things get their nutrients in the same exact way.

Only plants get their energy from the sun

The way green plants use sunlight to make sugar and oxygen.

A process in which plants use the sun's energy to convert carbon dioxide and water into glucose and oxygen.

All of the choices for this question are correct

The processes in which autotrophs make their own food.

Reactants are the substances that are created during a chemical reaction.

The plant itself is the reactant because it is where the chemical reaction takes place.

Reactants can be found in the soil that plants grow in.

Reactants are substances that under go a change and become something else.

Products are the substances that are created during a chemical reaction.

Products can be found in the soil that plants grow in.

Products are substances that under go a change and become something else.

The plant itself is the product because it is where the chemical reaction takes place.

chloroplast

ink

nucleus

chlorophyll

the chloroplast

chlorophyll

carbon dioxide

nucleus

The matter involved before the chemical change occurs is still present after the change but arranged differently.

During photosynthesis, matter like sunlight, is a product of the chemical reaction.

There is not enough information in the diagram to determine why photosynthesis is an example conservation of mass/matter.

The atoms that make up the molecules before the change is completely different than the atoms that make up the molecules after the change.

Carbon dioxide

Oxygen

Glucose

Chlorophyll

Digestion

Circulation

Photosynthesis

Cellular respiration

Carbon dioxide helps plant grow and the more the plant grows the more space it takes up. This means that there is less room for pollution in the air.

It show that plants release harmful oxygen (O2) into the atmosphere and keeps it out of the foods that animals eat.

The plant helps the clean the air by producing oxygen and oxygen is a purifier.

It shows that plants hold on to carbon after photosynthesis occurs and too much carbon in the air can be harmful.