Given what we know, we can confirm that using the using the Whitaker system, kingdoms are grouped based on cell structure and type, while the whoese-fox system groups major taxonomic groups into three major domains.
<h3>What is the Whitaker system?</h3>
- The Whitaker system is a classification system to order and organize the diverse biological life found on Earth.
- This is the most commonly-known system which orders organisms into the 5 kingdoms.
<h3>What is the Whoese-fox system?</h3>
- This is a much less popular system of classification for biological life.
- It is considered to be much less specific, containing only 3 groupings.
<h3 /><h3 />
Therefore, we can confirm that based on the statement, the spaces missing correspond to the scientists for who the systems are named after, which are Whitaker and Whoese-fox.
To learn more about taxonomy visit:
brainly.com/question/715807?referrer=searchResults
Answer:
evaporation condensation precipitation
Explanation:
I know this thanks to Bill Nye the Science Guy so you can watch one of his videos if you're confused. Solid liquid and gas
Answer:
Yes, they present everywhere in our environment.
Answer:
D. Sulfur
Explanation:
Electrons are filled in shells. Oxygen has a total of 8 electrons while sulfur has a total of 16 electrons. Out of the total eight electrons, the first shell has two electrons while six electrons are filled in the “s and p” orbits of the second shell giving the outer shell a configuration of "2s2, 2p4".
Likewise, out of the total 16 electrons of sulfur, the last 6 electrons are filled in "s" and "p" orbits of the third shell. Sulfur has a total of six electrons in its outer most shell "3s² 3p⁴". Since the electrons present in the outer most shell are available for chemical reactions and determine the chemical nature of the atom, oxygen and sulfur should exhibit the same chemical properties.
Biomass includes plants and animals waste because biomass is the organic material from plants and animals
