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Shared features suggest relationships, while differences help separate organisms into distinct groups."},{"text":"Similar habitats and diets determine how organisms are grouped.","correct":false,"explanation":"Habitat and diet can be misleading because unrelated organisms may live similarly. Classification mainly uses shared features and differences to group organisms."},{"text":"Size and age differences determine how organisms are grouped.","correct":false,"explanation":"Size and age vary within the same species and do not reliably show evolutionary relationships. Classification uses shared features and differences instead."},{"text":"Movement and behaviour determine how organisms are grouped.","correct":false,"explanation":"Movement and behaviour may provide evidence, but they are not the overall basis for classification. Groups are determined by shared features and differences."}]},{"id":"bc8af0a4-c681-4953-a989-6d95b81a61df","cardType":"basic","points":1,"front":"Who developed the traditional classification system?","back":"Carl Linnaeus developed the traditional classification system.","mcqOptions":[{"text":"Carl Linnaeus developed the traditional classification system.","correct":true,"explanation":"Carl Linnaeus developed the traditional hierarchical classification system and introduced the binomial naming system used for organisms."},{"text":"Carl Woese developed the traditional classification system.","correct":false,"explanation":"Carl Woese proposed the later three-domain system using chemical evidence. Carl Linnaeus developed the traditional classification system."},{"text":"Charles Darwin developed the traditional classification system.","correct":false,"explanation":"Charles Darwin developed the theory of evolution by natural selection, not the traditional classification system. That system was developed by Carl Linnaeus."},{"text":"Gregor Mendel developed the traditional classification system.","correct":false,"explanation":"Gregor Mendel investigated inheritance and genetics rather than classification. The traditional classification system was developed by Carl Linnaeus."}]},{"id":"19943ad3-4d13-42f7-aea3-93a8be78ae1d","cardType":"basic","points":3,"front":"List the Linnaean classification groups in order.","back":"Kingdom, phylum, class, order, family, genus, species.","mcqOptions":[{"text":"Kingdom, phylum, class, order, family, genus, species.","correct":true,"explanation":"The Linnaean groups become progressively smaller in this order: kingdom, phylum, class, order, family, genus, species."},{"text":"Kingdom, class, phylum, order, family, genus, species.","correct":false,"explanation":"Class and phylum have been reversed. The correct sequence places phylum before class: kingdom, phylum, class, order, family, genus, species."},{"text":"Species, genus, family, order, class, phylum, kingdom.","correct":false,"explanation":"This lists the groups from smallest to largest, whereas the question asks for the usual largest-to-smallest order beginning with kingdom."},{"text":"Kingdom, phylum, order, class, family, species, genus.","correct":false,"explanation":"Class and order have been reversed, and species and genus are also reversed. The correct sequence ends with family, genus, species."}]},{"id":"86b908d3-3ee9-4c28-b8d1-63989fcb44fb","cardType":"basic","points":2,"front":"Why do organisms in the same small classification group tend to be more closely related?","back":"Organisms in the same smaller group share more features.","mcqOptions":[{"text":"Organisms in the same smaller group share more features.","correct":true,"explanation":"Smaller classification groups contain organisms with more shared features, so their members are generally more closely related to one another."},{"text":"Organisms in the same smaller group share fewer features.","correct":false,"explanation":"Smaller groups are more specific and therefore contain organisms with more similarities. Fewer shared features would indicate a broader group."},{"text":"Organisms in the same smaller group share the same habitat.","correct":false,"explanation":"A shared habitat does not prove close relationship because unrelated organisms can live in the same environment. Shared features are the relevant evidence."},{"text":"Organisms in the same smaller group share the same size.","correct":false,"explanation":"Body size can vary greatly between related organisms and is not the defining reason for close classification. Smaller groups share more features."}]},{"id":"c8452149-a67c-4d1a-bb17-9e0eaa01b2b4","cardType":"basic","points":1,"front":"What are the two parts of a binomial name?","back":"The first part is the genus; the second part is the species name.","mcqOptions":[{"text":"The first part is the genus; the second part is the species name.","correct":true,"explanation":"A binomial name has two parts: the genus first, followed by the species name. Together, they identify one species precisely."},{"text":"The first part is the species; the second part is the genus name.","correct":false,"explanation":"The order has been reversed. In a binomial name, the genus is written first and the species name is written second."},{"text":"The first part is the family; the second part is the genus name.","correct":false,"explanation":"Family is a higher classification group and is not one of the two parts of a binomial name. The parts are genus and species name."},{"text":"The first part is the kingdom; the second part is the species name.","correct":false,"explanation":"Kingdom is a broad classification group, not part of a binomial name. A binomial name consists of the genus and species name."}]},{"id":"d11d5a31-396a-4038-85d8-a21bc69dd2ce","cardType":"basic","points":1,"front":"How is the genus written in a binomial name?","back":"The genus starts with a capital letter.","mcqOptions":[{"text":"The genus starts with a capital letter.","correct":true,"explanation":"In a binomial name, the genus is written first and begins with a capital letter, while the species part begins with a lower-case letter."},{"text":"The genus starts with a lower-case letter.","correct":false,"explanation":"The capitalisation rule has been reversed. The genus begins with a capital letter, while the species part begins with a lower-case letter."},{"text":"The genus is written in bold type.","correct":false,"explanation":"Bold type is not the rule for the genus. The genus is distinguished by its initial capital letter within the binomial name."},{"text":"The genus starts with a number.","correct":false,"explanation":"Scientific genera are written as words, not numbers. The genus starts with a capital letter in a binomial name."}]},{"id":"17e8c7ca-d575-43e6-9d67-6c94bfd2c8e0","cardType":"basic","points":1,"front":"How is the species part written in a binomial name?","back":"The species part starts with a lower-case letter.","mcqOptions":[{"text":"The species part starts with a lower-case letter.","correct":true,"explanation":"The species part follows the genus and begins with a lower-case letter, distinguishing it from the capitalised genus."},{"text":"The species part starts with a capital letter.","correct":false,"explanation":"This reverses the binomial naming convention. The genus starts with a capital letter, but the species part starts with a lower-case letter."},{"text":"The species part starts with a number.","correct":false,"explanation":"The species part is written as a word rather than a number. Its first letter is lower-case in a correctly formatted binomial name."},{"text":"The species part is written in bold type.","correct":false,"explanation":"Bold type is not the defining formatting rule for the species part. It begins with a lower-case letter instead."}]},{"id":"09c1a834-1f5e-458c-9ebf-fb52ffec3028","cardType":"basic","points":1,"front":"How should a binomial name be formatted?","back":"The whole binomial name is written in italics, or underlined when handwritten.","mcqOptions":[{"text":"The whole binomial name is written in italics, or underlined when handwritten.","correct":true,"explanation":"The complete two-part scientific name is italicised when typed or printed. When handwritten, both parts are underlined instead."},{"text":"The whole binomial name is written in bold, or highlighted when handwritten.","correct":false,"explanation":"Bold and highlighting are not the standard conventions. The whole binomial name is italicised, or underlined when handwritten."},{"text":"Only the genus is written in italics, or underlined when handwritten.","correct":false,"explanation":"Both parts of the binomial name must receive the same formatting. The whole name is italicised, or underlined when handwritten."},{"text":"Only the species is written in italics, or underlined when handwritten.","correct":false,"explanation":"Formatting only the species part is incomplete. Both the genus and species parts together form the italicised or handwritten-underlined name."}]},{"id":"847ea91c-178a-41ec-a579-4419e6306320","cardType":"basic","points":2,"front":"Why are binomial names useful instead of common names?","back":"It gives each species one name recognised by scientists worldwide.","mcqOptions":[{"text":"It gives each species one name recognised by scientists worldwide.","correct":true,"explanation":"Binomial names provide a standard international name for each species, avoiding confusion caused by different common names in different regions."},{"text":"It gives each species one name recognised by local communities.","correct":false,"explanation":"Common names are often local and can vary between regions. Binomial names are useful because scientists worldwide recognise the same name."},{"text":"It gives each species one name based on its habitat worldwide.","correct":false,"explanation":"A scientific name is not necessarily based on habitat, and habitats can change. Its value is international consistency between scientists."},{"text":"It gives each species one name recognised by all animals worldwide.","correct":false,"explanation":"Animals do not use scientific naming systems. Binomial names allow scientists worldwide to refer consistently to the same species."}]},{"id":"3f45f649-6a31-496c-8cd5-68ac75e6482d","cardType":"basic","points":2,"front":"What relationship can a binomial name indicate?","back":"The genus in the name shows which species are closely related.","mcqOptions":[{"text":"The genus in the name shows which species are closely related.","correct":true,"explanation":"Species sharing the same genus are placed in a relatively small classification group, indicating that they share many features and are closely related."},{"text":"The genus in the name shows which species are the same age.","correct":false,"explanation":"Genus does not indicate age. It identifies a classification group whose species share features and are considered closely related."},{"text":"The genus in the name shows which species share the same habitat.","correct":false,"explanation":"Species in one genus may occupy different habitats. The genus indicates close relationship based on shared features, not habitat."},{"text":"The genus in the name shows which species are the same size.","correct":false,"explanation":"Related species can differ considerably in size. The genus indicates close evolutionary relationship, not identical body size."}]},{"id":"10714bc6-0d78-44a7-a81c-1db557224318","cardType":"basic","points":2,"front":"What new evidence became available as scientific methods improved?","back":"Improved microscopes and chemical methods allowed comparison of internal structures and molecules.","mcqOptions":[{"text":"Improved microscopes and chemical methods allowed comparison of internal structures and molecules.","correct":true,"explanation":"Improved microscopes revealed internal structures, while chemical methods enabled scientists to compare molecules, providing more reliable classification evidence."},{"text":"Improved microscopes and chemical methods allowed comparison of external colours and habitats.","correct":false,"explanation":"Colour and habitat can be observed without these advanced methods and may be misleading. The new evidence involved internal structures and molecules."},{"text":"Improved microscopes and chemical methods allowed comparison of body size and movement.","correct":false,"explanation":"Body size and movement are not the key new evidence from these methods. Scientists could compare internal structures and molecules instead."},{"text":"Improved microscopes and chemical methods allowed comparison of age and diet.","correct":false,"explanation":"These methods did not mainly provide evidence about age and diet. They enabled comparisons of internal structures and molecules."}]},{"id":"f78d7091-74e2-4ed4-8196-a788572f6272","cardType":"basic","points":2,"front":"Why was classification revised using new evidence?","back":"Some organisms grouped by appearance were shown not to be closely related.","mcqOptions":[{"text":"Some organisms grouped by appearance were shown not to be closely related.","correct":true,"explanation":"New molecular and structural evidence revealed that similar-looking organisms were sometimes not closely related, so classification systems needed revision."},{"text":"Some organisms grouped by appearance were shown to be exactly identical.","correct":false,"explanation":"The evidence did not show that these organisms were identical. It showed that some similar-looking organisms were not closely related."},{"text":"Some organisms grouped by appearance were shown not to be living organisms.","correct":false,"explanation":"The organisms remained living organisms; the issue was their evolutionary relationships. Some appearance-based groups contained organisms that were not closely related."},{"text":"Some organisms grouped by appearance were shown to have the same molecules.","correct":false,"explanation":"Classification was revised because molecular evidence revealed differences and unexpected relationships, not because all the organisms had identical molecules."}]},{"id":"fa56c294-3c1b-46e0-a38f-7cd2f5437a73","cardType":"basic","points":2,"front":"Who proposed the three-domain system, and what evidence supported it?","back":"Carl Woese proposed the three-domain system using chemical-analysis evidence.","mcqOptions":[{"text":"Carl Woese proposed the three-domain system using chemical-analysis evidence.","correct":true,"explanation":"Carl Woese used chemical analysis, especially molecular comparisons, to propose dividing living organisms into the three domains."},{"text":"Carl Linnaeus proposed the three-domain system using chemical-analysis evidence.","correct":false,"explanation":"Carl Linnaeus developed the traditional classification system. Carl Woese proposed the three-domain system using chemical-analysis evidence."},{"text":"Charles Darwin proposed the three-domain system using chemical-analysis evidence.","correct":false,"explanation":"Charles Darwin proposed evolution by natural selection, not the three-domain system. That system was proposed by Carl Woese."},{"text":"Louis Pasteur proposed the three-domain system using chemical-analysis evidence.","correct":false,"explanation":"Louis Pasteur made important contributions to microbiology and germ theory, but he did not propose the three-domain system. Carl Woese did."}]},{"id":"741c43e1-3e2f-4a16-925e-df2a453a680b","cardType":"basic","points":3,"front":"What are the three domains?","back":"Archaea, bacteria and eukaryota.","mcqOptions":[{"text":"Archaea, bacteria and eukaryota.","correct":true,"explanation":"The three domains are Archaea, Bacteria and Eukaryota. This system reflects major differences in cells and molecular evidence."},{"text":"Animals, plants and fungi.","correct":false,"explanation":"These are groups within Eukaryota, not the three domains. The domains are Archaea, Bacteria and Eukaryota."},{"text":"Prokaryotes, protists and animals.","correct":false,"explanation":"This combines a cell type with groups of organisms and omits the recognised domain names. The three domains are Archaea, Bacteria and Eukaryota."},{"text":"Plants, bacteria and protozoa.","correct":false,"explanation":"These are not the three domains, and plants and protozoa belong within Eukaryota. The domains are Archaea, Bacteria and Eukaryota."}]},{"id":"d45d7680-2efe-4f47-81c9-699013f08fdf","cardType":"basic","points":1,"front":"Which domain contains protists, fungi, plants and animals?","back":"Eukaryota includes protists, fungi, plants and animals.","mcqOptions":[{"text":"Eukaryota includes protists, fungi, plants and animals.","correct":true,"explanation":"Eukaryota contains organisms with eukaryotic cells, including protists, fungi, plants and animals."},{"text":"Archaea includes protists, fungi, plants and animals.","correct":false,"explanation":"Archaea are a domain of prokaryotic microorganisms. Protists, fungi, plants and animals are included in Eukaryota."},{"text":"Bacteria includes protists, fungi, plants and animals.","correct":false,"explanation":"Bacteria are prokaryotic organisms and form their own domain. Protists, fungi, plants and animals belong to Eukaryota."},{"text":"Viruses includes protists, fungi, plants and animals.","correct":false,"explanation":"Viruses are not one of the three domains and are not classified as cellular organisms in this system. These groups belong to Eukaryota."}]},{"id":"36fba4f8-de0d-4696-a0aa-b0842212d89e","cardType":"basic","points":1,"front":"What habitat feature is associated with many archaea?","back":"Archaea are bacteria-like microbes, with many living in very harsh habitats.","mcqOptions":[{"text":"Archaea are bacteria-like microbes, with many living in very harsh habitats.","correct":true,"explanation":"Many archaea are adapted to extreme conditions such as high temperatures, high salt concentrations or strong acidity, although not all archaea live there."},{"text":"Archaea are bacteria-like microbes, with many living in ordinary gardens.","correct":false,"explanation":"Some archaea live in ordinary environments, but the characteristic habitat association is very harsh conditions. This distinguishes the common misconception from the expected answer."},{"text":"Archaea are bacteria-like microbes, with many living in freshwater ponds.","correct":false,"explanation":"Freshwater ponds can contain many microorganisms, but they are not the defining habitat association for archaea. Many archaea are associated with very harsh habitats."},{"text":"Archaea are bacteria-like microbes, with many living in animal intestines.","correct":false,"explanation":"Some archaea do live in animal intestines, but this is not the key habitat feature tested here. Many archaea are associated with very harsh habitats."}]},{"id":"44fc5307-0e9b-4948-8009-f4a565889aa0","cardType":"basic","points":2,"front":"Why is classification not fixed?","back":"Classification changes as new evidence, especially DNA evidence, becomes available.","mcqOptions":[{"text":"Classification changes as new evidence, especially DNA evidence, becomes available.","correct":true,"explanation":"Classification reflects the best available evidence about relationships between organisms. New DNA evidence can reveal previously unknown evolutionary links, so scientists may revise existing groups."},{"text":"Classification changes as new species, especially endangered species, become extinct.","correct":false,"explanation":"Extinction does not automatically change how organisms are classified. The correct reason is that new evidence, especially DNA evidence, can reveal different evolutionary relationships."},{"text":"Classification changes as new names, especially Latin names, become available.","correct":false,"explanation":"Changing or introducing scientific names does not alter the underlying classification. Classification changes when new evidence, particularly DNA evidence, improves understanding of evolutionary relationships."},{"text":"Classification changes as new habitats, especially protected habitats, become available.","correct":false,"explanation":"The availability of habitats affects where organisms live, not their evolutionary classification. Classification is revised when new evidence, especially DNA evidence, reveals different relationships."}]},{"id":"bc60c5b1-688b-43b5-8519-b5eecd17f2d2","cardType":"basic","points":3,"front":"What data helps build evolutionary trees for living and extinct species?","back":"Living species are compared using classification data; extinct species are traced using fossil data.","mcqOptions":[{"text":"Living species are compared using classification data; extinct species are traced using fossil data.","correct":true,"explanation":"Classification data allows relationships between living organisms to be compared, while fossils provide historical evidence for extinct species and their evolutionary ancestry."},{"text":"Living species are compared using fossil data; extinct species are traced using classification data.","correct":false,"explanation":"This reverses the main evidence sources. Classification data compares living species, whereas fossil data provides the historical evidence used to trace extinct species."},{"text":"Living species are compared using habitat data; extinct species are traced using climate data.","correct":false,"explanation":"Habitats and climates may provide environmental context but do not establish the required evolutionary links. Classification data is used for living species and fossil data for extinct species."},{"text":"Living species are compared using population data; extinct species are traced using feeding data.","correct":false,"explanation":"Population size and feeding behaviour do not provide the principal evidence described here. Evolutionary trees use classification data for living species and fossil data for extinct species."}]},{"id":"89674fcf-3771-4bcf-9395-83fd09ba71f1","cardType":"basic","points":2,"front":"What does a recent split between branches on an evolutionary tree suggest?","back":"Branches that split more recently represent organisms that are more closely related.","mcqOptions":[{"text":"Branches that split more recently represent organisms that are more closely related.","correct":true,"explanation":"A recent branch point indicates that the organisms share a relatively recent common ancestor, so they are more closely related to each other."},{"text":"Branches that split more recently represent organisms that are less closely related.","correct":false,"explanation":"This reverses the meaning of a branch point. A more recent split indicates a more recent shared ancestor, meaning the organisms are more closely related."},{"text":"Branches that split more recently represent organisms that are more distantly located.","correct":false,"explanation":"An evolutionary tree represents ancestry rather than geographical distance. A recent split shows that the organisms share a recent ancestor and are more closely related."},{"text":"Branches that split more recently represent organisms that are more recently discovered.","correct":false,"explanation":"Branch positions do not show when scientists discovered organisms. A recent split represents a recent common ancestor and therefore a closer evolutionary relationship."}]},{"id":"0cb13470-02e8-4ee6-af10-0e87ed9c936d","cardType":"cloze","points":null,"front":"In a binomial name, the first part is the [ ].","back":"In a binomial name, the first part is the genus.","mcqOptions":[{"text":"genus","correct":true,"explanation":"Binomial names contain two parts: the genus name comes first and begins with a capital letter, followed by the species name."},{"text":"species","correct":false,"explanation":"Confusing the order makes this tempting, but the species name is the second part of a binomial name. The first part is the genus."},{"text":"family","correct":false,"explanation":"Family is a broader taxonomic rank and is not included as a separate part of a binomial name. The first part is the genus."},{"text":"domain","correct":false,"explanation":"Domain is the broadest major classification rank, not the first component of a two-part scientific name. A binomial name begins with the genus."}]},{"id":"0c63f655-0d84-4882-a240-3830b3bdac47","cardType":"cloze","points":null,"front":"In a binomial name, the second part is written in [ ].","back":"In a binomial name, the second part is written in lower case.","mcqOptions":[{"text":"lower case","correct":true,"explanation":"In binomial nomenclature, the second part is the species name and begins with a lower-case letter, while the genus begins with a capital letter."},{"text":"upper case","correct":false,"explanation":"This confuses the formatting of the two parts. The genus begins with a capital letter, but the second, species part is written in lower case."},{"text":"title case","correct":false,"explanation":"Title case would incorrectly capitalise the species part. Only the genus begins with a capital letter; the second part is written in lower case."},{"text":"small capitals","correct":false,"explanation":"Scientific names do not use small capitals for the species part. The second part is written in lower case, distinguishing it from the capitalised genus."}]},{"id":"d0cecba4-8dcb-4108-827e-5b12d9e9cdf2","cardType":"cloze","points":null,"front":"The three-domain system was based on evidence from [ ].","back":"The three-domain system was based on evidence from chemical analysis.","mcqOptions":[{"text":"chemical analysis","correct":true,"explanation":"Chemical analysis revealed major molecular differences between groups of organisms, supporting their division into the three domains of archaea, bacteria and eukaryota."},{"text":"physical observation","correct":false,"explanation":"Visible physical features underpinned older classification approaches but did not provide the evidence for the three-domain system. That system was based on chemical analysis."},{"text":"habitat analysis","correct":false,"explanation":"Organisms from different domains can occupy similar habitats, so habitat is not reliable evidence for this division. The three-domain system arose from chemical analysis."},{"text":"fossil dating","correct":false,"explanation":"Fossil dating helps establish when extinct organisms lived, but it was not the basis of the three-domain system. The system was developed from chemical analysis."}]},{"id":"b93051ed-11e7-4455-a329-545369850f79","cardType":"cloze","points":null,"front":"The domain containing familiar true bacteria is [ ].","back":"The domain containing familiar true bacteria is bacteria.","mcqOptions":[{"text":"bacteria","correct":true,"explanation":"The bacteria domain contains the familiar true bacteria. It is distinct from archaea, whose cells have important biochemical differences despite also being prokaryotic."},{"text":"archaea","correct":false,"explanation":"Archaea are prokaryotes that were once grouped with bacteria, but chemical evidence showed important differences. Familiar true bacteria belong to the bacteria domain."},{"text":"eukaryota","correct":false,"explanation":"Eukaryota contains organisms whose cells have nuclei, including animals, plants, fungi and protists. Familiar true bacteria belong to the bacteria domain."},{"text":"protista","correct":false,"explanation":"Protista is traditionally treated as a kingdom of eukaryotic organisms, not a domain containing true bacteria. Familiar true bacteria belong to the bacteria domain."}]},{"id":"dc442700-d2da-438d-8e12-dfa6a127036f","cardType":"cloze","points":null,"front":"An evolutionary tree is a branching diagram showing organisms' links through their [ ].","back":"An evolutionary tree is a branching diagram showing organisms' links through their ancestry.","mcqOptions":[{"text":"ancestry","correct":true,"explanation":"Evolutionary trees represent common ancestry: their branches and splitting points show how groups of organisms are related through shared ancestors over evolutionary time."},{"text":"habitats","correct":false,"explanation":"Evolutionary trees do not primarily map where organisms live, because related organisms can occupy different habitats. They show evolutionary links through shared ancestry."},{"text":"appearance","correct":false,"explanation":"Similar appearance can result from adaptation rather than close relatedness, so it is not what the diagram directly represents. An evolutionary tree shows links through ancestry."},{"text":"behaviour","correct":false,"explanation":"Behaviour may provide evidence when studying organisms, but evolutionary tree branches do not directly show behavioural links. They represent relationships through shared ancestry."}]}]}],"examCountdown":{"examDate":"2027-05-11","paperLabel":"Paper 1"},"heading":"6.4 Classification of living organisms","title":"6.4 Classification of living organisms Flashcards","topbar":{"backHref":"/gcse/biology/aqa/flashcards"},"topicSidebar":"$L37"}]}],"topicId":"cf9cfada-908d-58fb-9fef-fe49c9cbdf9c","walled":"$L38"}],"$L39","$L3a"]