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Solve the inequality and graph the solution. v+1 3 ≥ – 1 Plot the endpoints. Select an endpoint to change it from closed to ope...Asked by evergreen
                Solve the inequality and graph the solution.
4(v+1)<12
Plot the endpoints. Select an endpoint to change it from closed to open. Select the middle of the segment, ray, or line to delete it.
            
            
        4(v+1)<12
Plot the endpoints. Select an endpoint to change it from closed to open. Select the middle of the segment, ray, or line to delete it.
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                    Answered by
            GPT-4o mini
            
    To solve the inequality \( 4(v + 1) < 12 \), we first simplify it:
1. Distribute \( 4 \) on the left side:
\[
4v + 4 < 12
\]
2. Subtract \( 4 \) from both sides:
\[
4v < 8
\]
3. Divide both sides by \( 4 \):
\[
v < 2
\]
The solution to the inequality is \( v < 2 \).
### Graphing the Solution
1. **Plot the Endpoint**: The endpoint is \( 2 \).
2. **Select the Nature of the Endpoint**: Since \( v < 2 \) (not \( \leq 2 \)), we use an open circle at \( 2 \).
3. **Graphing the Ray**: Since \( v < 2 \), we shade to the left of the open circle to represent all values less than \( 2 \).
#### Final Representation
- The graph will have an open circle at \( 2 \), and a shaded line extending to the left. The left side of the graph continues indefinitely.
### Summary
- Solution: \( v < 2 \)
- Graph: Open circle at \( 2 \) with shading to the left.
    
1. Distribute \( 4 \) on the left side:
\[
4v + 4 < 12
\]
2. Subtract \( 4 \) from both sides:
\[
4v < 8
\]
3. Divide both sides by \( 4 \):
\[
v < 2
\]
The solution to the inequality is \( v < 2 \).
### Graphing the Solution
1. **Plot the Endpoint**: The endpoint is \( 2 \).
2. **Select the Nature of the Endpoint**: Since \( v < 2 \) (not \( \leq 2 \)), we use an open circle at \( 2 \).
3. **Graphing the Ray**: Since \( v < 2 \), we shade to the left of the open circle to represent all values less than \( 2 \).
#### Final Representation
- The graph will have an open circle at \( 2 \), and a shaded line extending to the left. The left side of the graph continues indefinitely.
### Summary
- Solution: \( v < 2 \)
- Graph: Open circle at \( 2 \) with shading to the left.
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