Swimming sperm

Dominant sporophyte generation

Larger photosynthetic area

Extensive root and shoot systems

Large size

Dicots have a true flower whereas monocots do not

Monocot embryos have one cotyledon where dicot embryos' have two cotyledons

Monocot veins are parallel whereas dicot veins are branched

The vascular bundle tissue of monocots is arranged in a ring whereas in dicots the vascular bundle tissue has no particular pattern

Dicots can have secondary (radial, horizontal) growth whereas monocots cannot

Dicots have a true flower whereas monocots do not

Monocot embryos have one cotyledon where dicot embryos' have two cotyledons

Monocot veins are parallel whereas dicot veins are branched

The vascular bundle tissue of monocots is arranged in a ring whereas in dicots the vascular bundle tissue has no particular pattern

Dicots can have secondary (radial, horizontal) growth whereas monocots cannot

All of these

Fruit production

Flowers

Endosperm

All of these

Fruit production

Flowers

Endosperm

It is a tissue in vascular plants that transports nutrients throughout the plant

It is a tissue in non-vascular plants that transports nutrients throughout the plant

It contains no parenchyma cells

Pith is located in leaves

Seeds are enclosed within the ovary

They often exist in cone form

Seeds are "naked" and not enclosed in an ovary

Seeds develop on leaves or scales

Seeds are enclosed within the ovary

They often exist in cone form

Seeds are "naked" and not enclosed in an ovary

Seeds develop on leaves or scales

Angiosperms have true flowers

Angiosperms have true roots

Angiosperms produce spores

Angiosperms are able to survive in aquatic environments

Angiosperms are able to reproduce vegetatively

Unenclosed seeds

Flowering organs

Endosperm

Reduced gametophyte stage