A. Ferns b. Flowers c. spores. a. Naked seeds b. Flowering seeds c. Cone seeds

a. Ferns

b. Flowers

c. spores

a. Naked seeds

b. Flowering seeds

c. Cone seeds

a. In the ovary

b. In the flower

c. In cones

Angiosperm or gymnosperm

Angiosperms or gymnosperms

Geotropism or heliotropism

PISTIL

ANTHER

STAMEN

STIGMA

STYLE

OVARY

POLLEN

OVULE

FILAMENT

a. soil-less gardening

b. Hydroponics

c. Abiotic germination

Cotyledon

Seed pods

Flowers

True leaves

a. It has gone through the entire growing cycle

b. It is not missing any petals

c. It has both male and female parts

Ovule

Seed

Loam

Pollen fruit

Ovule

Seed

Loam

Pollen

fruit

Ovule

Seed

Loam

Pollen

fruit

Ovule

Seed

Loam

Pollen

fruit

Ovule

Seed

Loam

Pollen

fruit

Gymnosperm

Germination

Ovule

angiosperm

Gymnosperm

Germination

Ovule

angiosperm

Gymnosperm

Germination

Ovule

angiosperm

C. spores

NOPE

a. Naked seeds

b. In the flower

Angiosperm

Angiosperms

germination

humus

seed

gymnosperm

stamen

loam

stigma

hydroponics

anther

pistil

Brassica rapa

fertilization

heliotropism

pollination

flowers

cotyledon

ovary

leaves

Carbon dioxide

Root hairs

PISTIL

ANTHER

STAMEN

STIGMA

STYLE

OVARY

POLLEN

OVULE

FILAMENT

b. Hydroponics

Cotyledon -1

Seed pods -4

Flowers -3

True leaves -2

c. It has both male and female parts

Pollen

Ovule

Loam

fruit

Seed

angiosperm

Germination

Gymnosperm

Water, carbon dioxide, sunlight

They add nutrients by decomposing matter

Bees, insects, animals