Answer:
The correct answer is: C. they help the reader make connections between ideas.
Explanation:
Transitional words, phrases and clauses are used to connect other words, phrases and clauses (generally, ideas).<u> They help the reader to make a connection between ideas and they make the narrative logic and understandable. </u>
There are many types of transitional words. Some of them are:
contrast: however
example: for instance
addition: not to mention
similarity: likewise
etc.
All the other options (A, B, D) are correct, but they are just part of the response C. Transitional words do introduce the story, do help make good conclusions and do clarify the things, but all these are IDEAS that need to be connected and explained.
The signal word that provides an antonym context clue is the following:
Despite
<h3>Why is "despite" the correct signal word?</h3>
In this exercise, you have to select the signal word that provides an antonym context clue.
From the list of words given, the correct one is "despite". For example, you can see how <em>despite</em><em> </em>is used in the following sentence:
"Despite all my work, I still failed the exam."
When you use the other words, "idolized", "rapidly", "recent", you do not expect anything negative or an antonym clue next.
<h3>What are signal words and how do you use them?</h3>
Signal words are words or phrases that can give you the idea that something is expected to come next.
Signal words are related to traffic signals because traffic signals show you what is expected to happen next in traffic.
Check more information about signal words here brainly.com/question/4300049
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Answer:
The answer is WHY this is what I have
<h2><u>Answer:</u></h2>
Neurotransmitter is the correct answer.
<h3><u>Explanation:</u></h3>
The neurotransmitter, additionally called chemical transmitter or compound flag-bearer, any of a gathering of synthetic operators discharged by neurons (nerve cells) to animate neighboring neurons or muscle or organ cells, in this manner enabling driving forces to be passed starting with one cell then onto the next all through the sensory system.
