Answer:
In the same Domain, but not the same Kingdom
Explanation:
The taxonomic classification is organized in the following taxes, following the order of greatest kinship to the order of lowest biological kinship: species, genus, family, order, class, phylum, kingdom and domain. Therefore, if you want to study organisms that are less genetically similar to the organisms that make up the genus Notiophilus, you should observe the individuals that make up the domain where this genus is inserted, since they have very little genetic and morphological similarities.
Diluting an acid decreases the concentration of H+(aq) ions , which increases the pH level of the solution towards 7 , making it less acidic . However , the pH level of an acidic solution cannot become greater than 7 , because the water you add to dilute it is not alkaline .
Plants are NOT heterotrophs. Heterotrophs are organisms that cannot produce their own food; generally these are animals.
Answer:
The invention of the microscope
Explanation:
<em>The invention of the microscope and the ability to see organisms that are otherwise invisible to the ordinary eye led to the establishment of Monera and Protista kingdoms</em>.
<u>Organisms in the Monera and Protista kingdom are microscopic and the invention of the microscope created and avenue for them to be studied extensively by scientists.</u>
Through their studies, taxonomists discovered that these microscopic organisms have characteristics that are neither of plants nor of animals.
<em>Some organisms were found to lack nucleus and membrane-bound organelles which is unlike plants and animals. Some were also found to posses most of the characteristics of animals except that they are unicellular.</em>
These led to the establishment of the Monera and Protista kingdoms respectively.
Tree rings usually grow wider in warm, wet climates and are thinner in climates where it is cold and dry.