Functions - Mapping $\newline$ State whether each relation represents a function. $\newline$ $1$ ) $\newline$ $2$ ) $\newline$ $3$ ) $\newline$ $4$ ) $\newline$ $5$ ) $\newline$ $6$ )

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Q. Functions - Mapping

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State whether each relation represents a function.

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1

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2

)

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3

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4

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5

)

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6

)

Check Inputs and Outputs: Look at relation $1$ to see if each input has only one output.
Verify Unique Outputs: Check if any input value is paired with more than one output in relation $1$ .
Repeat for Relation $2$ : If relation $1$ has unique outputs for every input, it's a function. If not, it's not a function.
Determine Functionality: Repeat the process for relation $2$ .
Inspect Relation $3$ : Check for unique outputs for every input in relation $2$ .
Verify Uniqueness: Determine if relation $2$ is a function based on the outputs.
Examine Relation $4$ : Continue with relation $3$ , looking for unique outputs for each input.
Check for Multiples: Verify if relation $3$ has more than one output for any input.
Analyze Relation $5$ : Decide if relation $3$ is a function.
Conclude Functionality: Move on to relation $4$ and check for unique outputs for each input.
Inspect Relation $6$ : Look for any input in relation $4$ that has multiple outputs.
Verify Pairings: Figure out if relation $4$ is a function.
Count Function Relations: Examine relation $5$ for unique outputs for every input.
Error in Counting: Check if relation $5$ has any input with more than one output.
Error in Counting: Check if relation $5$ has any input with more than one output. Conclude if relation $5$ is a function.
Error in Counting: Check if relation $5$ has any input with more than one output. Conclude if relation $5$ is a function. Finally, inspect relation $6$ for unique outputs for each input.
Error in Counting: Check if relation $5$ has any input with more than one output. Conclude if relation $5$ is a function. Finally, inspect relation $6$ for unique outputs for each input. See if any input in relation $6$ is paired with multiple outputs.
Error in Counting: Check if relation $5$ has any input with more than one output. Conclude if relation $5$ is a function. Finally, inspect relation $6$ for unique outputs for each input. See if any input in relation $6$ is paired with multiple outputs. Determine if relation $6$ is a function.
Error in Counting: Check if relation $5$ has any input with more than one output. Conclude if relation $5$ is a function. Finally, inspect relation $6$ for unique outputs for each input. See if any input in relation $6$ is paired with multiple outputs. Determine if relation $6$ is a function. Count the number of relations that are functions.
Error in Counting: Check if relation $5$ has any input with more than one output. Conclude if relation $5$ is a function. Finally, inspect relation $6$ for unique outputs for each input. See if any input in relation $6$ is paired with multiple outputs. Determine if relation $6$ is a function. Count the number of relations that are functions. Make a mistake in counting the number of functions.