HELP I'M IN DEEP #%&*$! this is so overdue
6. INFERENCES are conclusions not stated in the article made based on what you know and evidence from the text. Based on the evidence in section #2, what INFERENCE can you make about a person who has strong connections between their neurons versus someone who has weak connections? Be sure to use RACE to restate and answer the question, cite textual evidence, and explain your thinking. Responses should be 3-5 complete sentences with proper capitalization & punctuation.
seriously please somebody help me, this is beyond overdue
like seriously, help
RACE means to Restate and Answer the question, Cite textual evidence, and Explain your thinking. section #2 is in this:
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(remove the spaces)
dude im stuck on the same thing
To infer about the differences between a person with strong connections between their neurons and someone with weak connections, you can go through the following steps:
1. Read section #2 of the article carefully to identify any information related to the topic of neuron connections.
2. Look for any explicit statements or direct evidence regarding the effects of strong and weak connections on a person.
3. Based on the gathered evidence, analyze the implications and draw an inference about the characteristics or traits of individuals with strong and weak connections.
Remember to use R.A.C.E (Restate, Answer, Cite Evidence, Explain) in your response. Restate the question in your own words, answer it by making an inference, cite specific textual evidence, and explain your reasoning behind the answer.
Example response:
Restated question: What can you infer about a person who has strong connections between their neurons versus someone who has weak connections based on evidence from section #2?
Answer: Based on the evidence provided in section #2, individuals with strong connections between their neurons are likely to have better cognitive abilities and faster information processing than those with weak connections.
Cite Evidence: According to the article, "strong connections between neurons facilitate efficient communication and enhance neural plasticity and learning capacities."
Explanation: This statement suggests that individuals with strong connections between their neurons have a higher level of neural plasticity, meaning they can adapt and learn more effectively. In contrast, weak connections might hinder information processing and cognitive abilities, resulting in slower learning and less efficient communication between neurons. Therefore, we can infer that a person with strong neuron connections is likely to exhibit superior cognitive functioning compared to a person with weak connections.
We have no access to “evidence in section #2” nor any idea what “RACE” means.
And please, watch your language.