Question
If the scatter plot has each 2 of 5.
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correlated to only one 3 of 5.
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, the relation is a function.
If the scatter plot shows at least one 4 of 5.
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correlated to more than one 5 of 5.
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, then the relation is not a function.
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correlated to only one 3 of 5.
Select Choice
, the relation is a function.
If the scatter plot shows at least one 4 of 5.
Select Choice
correlated to more than one 5 of 5.
Select Choice
, then the relation is not a function.
Answers
GPT-4o mini
In your statement, it looks like you are attempting to define conditions under which a relation is a function based on properties of a scatter plot. Here’s how you can fill in the blanks appropriately:
1. "If the scatter plot has each **2 of 5** (x-coordinate) correlated to only one **3 of 5** (y-coordinate), the relation is a function."
2. "If the scatter plot shows at least one **4 of 5** (x-coordinate) correlated to more than one **5 of 5** (y-coordinate), then the relation is not a function."
To summarize:
- A relation is a function if each input (x-value) is associated with exactly one output (y-value).
- A relation is not a function if at least one input (x-value) is associated with multiple outputs (y-values).
If you need further clarification or details, feel free to ask!
1. "If the scatter plot has each **2 of 5** (x-coordinate) correlated to only one **3 of 5** (y-coordinate), the relation is a function."
2. "If the scatter plot shows at least one **4 of 5** (x-coordinate) correlated to more than one **5 of 5** (y-coordinate), then the relation is not a function."
To summarize:
- A relation is a function if each input (x-value) is associated with exactly one output (y-value).
- A relation is not a function if at least one input (x-value) is associated with multiple outputs (y-values).
If you need further clarification or details, feel free to ask!