O yes !
Green algae or Chlorophytes
Terrestrial plants include all plants that live and reproduce on the land. There are many terrestrial plants as well as many aquatic plants.
Of course. Starch is the storage molecule of almost all plants.
The protista Chlorophyta has biochemical processes that make it the most probable ancestor of land plants.
During the course of evolution vasculature in plants developed to enable them to adapt on land. Thus vascular plants grew all over the land mass. This is a major evolutionary event. Therefore, plants are classified into vascular and non-vascular.
No,it is present only in non-vasular plants
Green algae or Chlorophytes
All those that are not house plants or require a climate different to their present location
No, the cell membrane is present in all eukaryotic cells. This includes plants and animals.
Terrestrial plants include all plants that live and reproduce on the land. There are many terrestrial plants as well as many aquatic plants.
1, Cell wall is present in plant cells 2 ,Central vacule is present in plants 3 , chloroplasts are present in plants and absent in animal cells .
Plasma membraneCytoplasmRibosomesDNA
Of course. Starch is the storage molecule of almost all plants.
Protists in the supergroup Archaeplastida are in the same eukaryotic supergroup as land plants. This supergroup includes red algae, green algae, and land plants, which all share a common ancestor that underwent primary endosymbiosis with a cyanobacterium.
all of the land was under water and the world was all messy
The presence of vascular tissue is not common to all green algae and land plants. Vascular tissue is a specialized system found in some land plants (such as ferns and seed plants) that helps transport water and nutrients throughout the plant. Green algae lack this feature.
Yes they are. Angiosperms are all flowering plants. Hope this helps.