they have the same structures..... are u working on your study guide for ms. loe??
fast
Archaeabacteria is a kingdom in the domain Archaea, and Eubacteria is a kingdom in the domain Bacteria. Both kingdoms contain bacteria that are prokaryotic, unicellular, and autotrophs or heterotrophs. However, Arechaeabacteria have cell walls without peptidoglycan which is the opposite from Eubacteria. Eubacteria often are the types of bacteria that make up dangerous diseases. Also, Archaeabacteria can live in extreme environments that many other organisms could not stand.
They have different types of cell walls and cell membranes.
The classification of prokaryotic life is subject to a lot of change and in the past has been a very controversial subject.For years the main kingdoms were considered to be Prokaryotes, Animals, Plants and Fungi but this has subsequently proven to be too broad.The Prokaryotic kingdom was initially split into two new kingdoms:EubacteriaandarchaebacteriaRecent RNA studies of these kingdoms have revealed that this classification is too simplified too and that despite being single celled organisms with no true organelles the Eubacteria differ sufficiently within their own kingdom to be split into further kingdoms.This means that they can be considered to be as different from one another as plants are from animals.The Eubacteria classification is therefore one of a Superkingdom. The two kingdoms within it contain, for the sake of simplicity, the gram negative and gram positive bacteria (those who don't take up the gram stain and those who do).The first of these are called protobacteria and contain E. Coli and other similar bacteria that are human pathogens. However other human pathogens such as Staphylococcus are in the gram positive kingdom.Many scientists have been trying to discover if any archaebacteria can be human pathogens but at the time of writing we have been unable to find evidence of any.The superkingdom that contains bacterial pathogens is therefore eubacteria and both kingdoms within it contain pathogens.
They differ because multicelluar organisms live longer and are bigger
In taxonomy there is a distinction between prokaryotes (organisms with unnucleated cells) and eukaryotes (organisms with nucleated cells).There are 2 kingdoms of prokaryotes, Bacteria and Archaea. All species in these kingdoms are unicellular. Archaea and Bacteria differ from one another in the composition of their cell walls.The kingdoms of eukaryotes are:Plantae, which includes land plants, all multicellular and photosynthetic with cell walls of cellulose and large vacuoles.Animalia, which includes all animals, all multicellular and heterotrophic without cell walls.Fungi which are saprotrophic/saprophytic and have cell walls of chitin and can be either unicellular (yeasts) or multicellular (eg. basidiomycetes - mushrooms, and ascomycetes).Protista, which is a collection of organisms that do not fit into any of the other kingdoms. One day, protists may be divided into a further 60 or so kingdoms. They include protozoa and algae. Some may be unicellular (like Paramecium and Euglena) and some may be multicellular like kelp.
fast
Actually, there are two DOMAINS of prokaryote. This are the Domain Archaea and the Domain Bacteria Archaea comprises archaebacteria which live in harsher conditions and differ from bacteria in their cell wall composition
Archaeabacteria is a kingdom in the domain Archaea, and Eubacteria is a kingdom in the domain Bacteria. Both kingdoms contain bacteria that are prokaryotic, unicellular, and autotrophs or heterotrophs. However, Arechaeabacteria have cell walls without peptidoglycan which is the opposite from Eubacteria. Eubacteria often are the types of bacteria that make up dangerous diseases. Also, Archaeabacteria can live in extreme environments that many other organisms could not stand.
dunno but u can go to a website called Bbcscience.com this might help :)
Kingdom Monera is divided into two groups, called Eubacteria and Archaebacteria. These two groups are both composed of tiny, ancient, single-celled organisms without organelles and generally with cell walls, but they differ greatly from each other in almost every other way. Scientists divided Archaebacteria and Eubacteria into these two groups mainly because of the environments they inhabit. Although Archaebacteriaâ??s name would suggest it is â??olderâ??, it is actually a younger group than Eubacteria, and very little is known about Archaebacteria because these species typically live in very hostile, extreme environments such as in acidic ocean thermal vents and miles below arctic ice sheets. Humans are much more familiar with Eubacteria, since we interact with these species every dayâ??most Eubacteria are completely harmless or beneficial, by way of fixing nitrogen for plant use in photosynthesis and other helpful functions. Archaebacteria differ from Eubacteria mainly in the chemical makeup of their cell walls, which scientists think hold the key to why Archaebacteria can live in such â??extremeâ?? conditions.
Sorry to be rude, but isn't that obvious? Archaebacteria and Eubacteria are both bacteria, just in a different form. Bacteria are not protists because they lack parts just to be a cell. They are alive but are not included in the Protista family because they lack a nucleus, lysosomes, and so on.
They have different types of cell walls and cell membranes.
Kingdoms and domains are used to classify living things. There are 3 domains: Bacteria, Archaea, and Eukaryote. Within the domains, living things are sorted into Kingdoms. There are currently 5 Kingdoms protista, bacteria, archaea, plants, animals, and fungi. Previously, only the 5 kingdom system existed. Later however, the domains were added.
The archaebacteria kingdom is one of the six kingdoms. Organisms in this kingdom are also called Bacteria; they are unicellular and live in very extreme environments. The "common bacteria" belongs to another kingdom; the Eubacteria kingdom, bacteria in this kingdom differ from bacteria in the archaebacteria kingdom and they do not live in extreme environments.
Eubacteria are prokaryotic. They also have a complex metabolism. They cannot live in harsh, or ever-changing environments. They are unicellular organisms, and they are the most common form of bacteria in the world. Some eubacteria are autotrophs while others are heterotrophs.
The classification of prokaryotic life is subject to a lot of change and in the past has been a very controversial subject.For years the main kingdoms were considered to be Prokaryotes, Animals, Plants and Fungi but this has subsequently proven to be too broad.The Prokaryotic kingdom was initially split into two new kingdoms:EubacteriaandarchaebacteriaRecent RNA studies of these kingdoms have revealed that this classification is too simplified too and that despite being single celled organisms with no true organelles the Eubacteria differ sufficiently within their own kingdom to be split into further kingdoms.This means that they can be considered to be as different from one another as plants are from animals.The Eubacteria classification is therefore one of a Superkingdom. The two kingdoms within it contain, for the sake of simplicity, the gram negative and gram positive bacteria (those who don't take up the gram stain and those who do).The first of these are called protobacteria and contain E. Coli and other similar bacteria that are human pathogens. However other human pathogens such as Staphylococcus are in the gram positive kingdom.Many scientists have been trying to discover if any archaebacteria can be human pathogens but at the time of writing we have been unable to find evidence of any.The superkingdom that contains bacterial pathogens is therefore eubacteria and both kingdoms within it contain pathogens.
The classification of prokaryotic life is subject to a lot of change and in the past has been a very controversial subject.For years the main kingdoms were considered to be Prokaryotes, Animals, Plants and Fungi but this has subsequently proven to be too broad.The Prokaryotic kingdom was initially split into two new kingdoms:EubacteriaandarchaebacteriaRecent RNA studies of these kingdoms have revealed that this classification is too simplified too and that despite being single celled organisms with no true organelles the Eubacteria differ sufficiently within their own kingdom to be split into further kingdoms.This means that they can be considered to be as different from one another as plants are from animals.The Eubacteria classification is therefore one of a Superkingdom. The two kingdoms within it contain, for the sake of simplicity, the gram negative and gram positive bacteria (those who don't take up the gram stain and those who do).The first of these are called protobacteria and contain E. Coli and other similar bacteria that are human pathogens. However other human pathogens such as Staphylococcus are in the gram positive kingdom.Many scientists have been trying to discover if any archaebacteria can be human pathogens but at the time of writing we have been unable to find evidence of any.The superkingdom that contains bacterial pathogens is therefore eubacteria and both kingdoms within it contain pathogens.