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taxonomy & classification/6.for each statement , write G for genus or S for species .-----the firt part of a scientificname ./-----written with a lowercase letter./-----groups closely related organism ./----identifies the exact organism ./------always capitalized./-------second part of the scientific name ///taxonomy & classification 7.why do organism in broader classification levels share fewer traits?///
8.how does classification help scientist understand living things?
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6. For each statement, write G (genus) or S (species):
- the first part of a scientific name. — G
- written with a lowercase letter. — S
- groups closely related organisms. — G
- identifies the exact organism. — S
- always capitalized. — G
- second part of the scientific name. — S
7. Why do organisms in broader classification levels share fewer traits?
- Broader levels (like kingdom or phylum) include many more and more distantly related lineages that diverged long ago, so they only share very general, ancestral characteristics. As groups get broader they encompass greater evolutionary diversity, so fewer specific traits are common to all members.
8. How does classification help scientists understand living things?
- Organizes the huge diversity of life into manageable groups.
- Reveals evolutionary relationships and common ancestry.
- Allows prediction of traits (if you know a species’ group, you can infer likely characteristics).
- Provides a universal naming system (scientific names) that avoids confusion.
- Aids communication, research, conservation, medicine, agriculture, and identification of organisms.
- the first part of a scientific name. — G
- written with a lowercase letter. — S
- groups closely related organisms. — G
- identifies the exact organism. — S
- always capitalized. — G
- second part of the scientific name. — S
7. Why do organisms in broader classification levels share fewer traits?
- Broader levels (like kingdom or phylum) include many more and more distantly related lineages that diverged long ago, so they only share very general, ancestral characteristics. As groups get broader they encompass greater evolutionary diversity, so fewer specific traits are common to all members.
8. How does classification help scientists understand living things?
- Organizes the huge diversity of life into manageable groups.
- Reveals evolutionary relationships and common ancestry.
- Allows prediction of traits (if you know a species’ group, you can infer likely characteristics).
- Provides a universal naming system (scientific names) that avoids confusion.
- Aids communication, research, conservation, medicine, agriculture, and identification of organisms.
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