Match the kingdom with the correct classification scheme.
Eukaryotic, unicellular or multicellular, autotrophic or heterotrophic organisms lacking tissue specilization[B]
Prokaryotic, unicellular, autotrophic &/or heterotrophic, harsh enviroment, no peptidoglycan[C]
Eukaryotic, multicellular, heterotrophic organisms[F]
Eukaryotic, multicellular, autotrophic organisms[E]
Prokaryotic, unicellular, autotrophic &/or heterotrophic, with peptidoglycan and lives everywhere![A]
Eukaryotic, unicellular or multicellular, heterotrophic [D]
a. animalia
b. archaebacteria
c. eubacteria
d. fungi
e. plantae
f. protista
I'm back yall here in 2021??
Prokaryotic, unicellular, autotrophic &/or heterotrophic, with peptidoglycan and lives everywhere![C]***
i change my answer for this option thing
I’m here in 2022 lol
To match the kingdom with the correct classification scheme, we can break down the characteristics listed for each option and look for a match.
Let's start with option [A]:
- Prokaryotic: This means that the organisms have cells without a nucleus.
- Unicellular: They are made up of a single cell.
- Autotrophic and/or heterotrophic: They can either produce their own food (autotrophic) or rely on obtaining nutrients from other sources (heterotrophic).
- With peptidoglycan: Peptidoglycan is a substance found in the cell walls of certain bacteria.
- Lives everywhere: These organisms can be found in various environments.
Based on these characteristics, we can classify option [A] as Eubacteria.
Moving on to option [B]:
- Eukaryotic: This means that the organisms have cells with a nucleus.
- Unicellular or multicellular: They can be either made up of a single cell or multiple cells.
- Autotrophic or heterotrophic: They can either produce their own food or rely on obtaining nutrients from other sources.
- Lacking tissue specialization: These organisms do not have specialized tissues.
Based on these characteristics, option [B] can be classified as Protista.
Next, let's look at option [C]:
- Prokaryotic: The organisms have cells without a nucleus.
- Unicellular: They are made up of a single cell.
- Autotrophic and/or heterotrophic: They can either produce their own food or rely on obtaining nutrients from other sources.
- Harsh environment: These organisms can survive in harsh environments.
Based on these characteristics, option [C] can be classified as Archaebacteria.
Moving on to option [D]:
- Eukaryotic: The organisms have cells with a nucleus.
- Unicellular or multicellular: They can be either made up of a single cell or multiple cells.
- Heterotrophic: They rely on obtaining nutrients from other sources.
Based on these characteristics, option [D] can be classified as Fungi.
Next, let's look at option [E]:
- Eukaryotic: The organisms have cells with a nucleus.
- Multicellular: They are made up of multiple cells.
- Autotrophic: They can produce their own food.
Based on these characteristics, option [E] can be classified as Plantae.
Lastly, there is option [F]:
- Eukaryotic: The organisms have cells with a nucleus.
- Multicellular: They are made up of multiple cells.
- Heterotrophic: They rely on obtaining nutrients from other sources.
Based on these characteristics, option [F] can be classified as Animalia.
Therefore, the matching of the kingdoms with the correct classification schemes is as follows:
a. Animalia
b. Archaebacteria
c. Eubacteria
d. Fungi
e. Plantae
f. Protista