Which Statement Accurately Compares Archaebacteria And Eubacteria? Both Take Different Shapes And Sizes. Both Are Always Heterotrophs. Both Can Sometimes Live In Extreme Environments. Both Are Known As ""True"" Bacteria.

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Which Statement Accurately Compares Archaebacteria And Eubacteria? Both Take Different Shapes And Sizes. Both Are Always Heterotrophs. Both Can Sometimes Live In Extreme Environments. Both Are Known As ""True"" Bacteria.. Which statement accurately compares archaebacteria & eubacteria? Eubacteria are typically heterotrophs, but.

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Eubacteria are typically heterotrophs, but. Archaebacteria and eubacteria can vary in shapes and sizes, so the statement both take different shapes and sizes is not accurate. Which statement accurately compares archaebacteria & eubacteria?

Archaebacteria And Eubacteria Can Vary In Shapes And Sizes, So The Statement Both Take Different Shapes And Sizes Is Not Accurate.

Eubacteria are known as true bacteria, while archaebacteria are a separate domain of life identify the most accurate statement option 1 and option 3 are both partially. However, they differ in some key. Which statement accurately compares archaebacteria & eubacteria?

Which statement accurately compares archaebacteria and eubacteria? both take different shapes and sizes. both are always heterotrophs. both can sometimes live in extreme environments. both are known as ""true"" bacteria.

Which Statement Accurately Compares Archaebacteria And Eubacteria? Both Take Different Shapes And Sizes. Both Are Always Heterotrophs. Both Can Sometimes Live In Extreme Environments. Both Are Known As ""True"" Bacteria.

Archaebacteria And Eubacteria Can Vary In Shapes And Sizes, So The Statement Both Take Different Shapes And Sizes Is Not Accurate.

Eubacteria Are Typically Heterotrophs, But.

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