Answer : Option A) He is studying oxygen, which can also be found in proteins.
Explanation : A scientist is examining the role of an element found in fats and carbohydrates of living things. Oxygen is the element which makes up to 65% of human body mass. This is also found in proteins inside the body.
The plasma membrane primarily consists of: lipids, proteins and carbohydrates.
The reason why critical thinking skills are important in the workplace is because Critical thinking skills are:
- They are valuable in regards to the roles in an organization.
- These skills are known to boast or enhance communication and creativity It helps in problem-solving.
<h3>Why is the above case important?</h3>
Thinking critically in the workplace is known to be a factor that helps a person to be able to connect ideas, examine arguments, see errors and solve issues that are known to be complex in nature.
Note that Critical thinking is very vital in three aspect of business:
- In leadership
- In problem-solving
- In communication
Citation
Tripathy, Mitashree. (2020). Dimensions of Critical Thinking in Workplace Management & Personal Development: A Conceptual Analysis. Multidisciplinary Journal for Education, Social and Technological Sciences. 7. 10.4995/muse.2020.12925.
Therefore, The reason why critical thinking skills are important in the workplace is because Critical thinking skills are:
- They are valuable in regards to the roles in an organization.
- These skills are known to boast or enhance communication and creativity It helps in problem-solving.
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Answer: The reason is because DNA polymerase which is the enzyme that catalyzes the synthesis of DNA has a 3'->5' exonuclease activity that double-checks each nucleotide after it is added.
Explanation: The 3'->5' exonuclease activity of DNA polymerase allows the enzyme to double-check and remove a newly added wrong nucleotide. It is highly specific for mismatched base pairs. When the DNA polymerase adds a wrong nucleotide to the growing strand, translocation of the enzyme to the position where the next nucleotide is to be added is halted, but the exonuclease activity of the DNA polymerase removes the incorrectly paired nucleotide so that replication can continue. The process of double-checking a newly added nucleotide and removal of any incorrectly paired nucleotide by the DNA polymerase is called proofreading.
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Explanation: