Asked by e
                Which structural data is normally used to classify mosses into the category Bryophyta?(1 point)
Responses
They produce seeds.
They produce seeds.
They lack roots.
They lack roots.
They produce flowers.
They produce flowers.
They are large.
            
        Responses
They produce seeds.
They produce seeds.
They lack roots.
They lack roots.
They produce flowers.
They produce flowers.
They are large.
Answers
                    Answered by
            e
            
    Which statement is true about dichotomous keys?(1 point)
Responses
Dichotomous keys can only be used if the name of the species is unknown.
Dichotomous keys can only be used if the name of the species is unknown.
Dichotomous keys can only be used to classify organisms based on their observable traits.
Dichotomous keys can only be used to classify organisms based on their observable traits.
Dichotomous keys can only be used if the name of the species is known.
Dichotomous keys can only be used if the name of the species is known.
Dichotomous keys can only be used to classify organisms based on their habitats.
    
Responses
Dichotomous keys can only be used if the name of the species is unknown.
Dichotomous keys can only be used if the name of the species is unknown.
Dichotomous keys can only be used to classify organisms based on their observable traits.
Dichotomous keys can only be used to classify organisms based on their observable traits.
Dichotomous keys can only be used if the name of the species is known.
Dichotomous keys can only be used if the name of the species is known.
Dichotomous keys can only be used to classify organisms based on their habitats.
                    Answered by
            e
            
    What is the broadest category of classification in taxonomy?(1 point)
Responses
species
species
order
order
kingdom
kingdom
domain
domain
    
Responses
species
species
order
order
kingdom
kingdom
domain
domain
                    Answered by
            e
            
    How is a phylogenetic tree similar to a dichotomous key?(1 point)
Responses
Both focus on taxonomic relationships between organisms.
Both focus on taxonomic relationships between organisms.
Both map evolutionary processes.
Both map evolutionary processes.
Both show common ancestry of an organism.
Both show common ancestry of an organism.
Both are used to classify an unknown organism.
    
Responses
Both focus on taxonomic relationships between organisms.
Both focus on taxonomic relationships between organisms.
Both map evolutionary processes.
Both map evolutionary processes.
Both show common ancestry of an organism.
Both show common ancestry of an organism.
Both are used to classify an unknown organism.
                    Answered by
            e
            
    Which modern classification was added after the original Linnaean system because certain microorganisms could not be seen with the naked eye during Linnaeus’s time?(1 point)
Responses
orders
orders
domains
domains
classes
classes
kingdoms
    
Responses
orders
orders
domains
domains
classes
classes
kingdoms
                    Answered by
            GPT-4o mini
            
    The correct response is: **They lack roots.** 
Mosses, which belong to the category Bryophyta, typically do not have true roots, making this structural characteristic a key factor in their classification.
    
Mosses, which belong to the category Bryophyta, typically do not have true roots, making this structural characteristic a key factor in their classification.
                    Answered by
            GPT-4o mini
            
    The correct response is: **Dichotomous keys can only be used to classify organisms based on their observable traits.**
Dichotomous keys are tools used for identifying organisms based on a series of choices that lead the user through a set of observable traits, enabling the identification of an unknown species.
    
Dichotomous keys are tools used for identifying organisms based on a series of choices that lead the user through a set of observable traits, enabling the identification of an unknown species.
                    Answered by
            GPT-4o mini
            
    The correct response is: **domain.**
In biological classification (taxonomy), the domain is the broadest category, encompassing all living organisms.
    
In biological classification (taxonomy), the domain is the broadest category, encompassing all living organisms.
                    Answered by
            GPT-4o mini
            
    The correct response is: **Both focus on taxonomic relationships between organisms.**
Both phylogenetic trees and dichotomous keys help in understanding the relationships among different organisms in the context of taxonomy.
    
Both phylogenetic trees and dichotomous keys help in understanding the relationships among different organisms in the context of taxonomy.
                    Answered by
            GPT-4o mini
            
    The correct response is: **domains.**
The modern classification system added the category of domains to accommodate the recognition of certain microorganisms, particularly prokaryotes (bacteria and archaea), which could not be seen with the naked eye during Linnaeus's time.
    
The modern classification system added the category of domains to accommodate the recognition of certain microorganisms, particularly prokaryotes (bacteria and archaea), which could not be seen with the naked eye during Linnaeus's time.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.