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Original Question
Solve the inequality and graph the solution. – (n–3)>1 Plot the endpoints. Select an endpoint to change it from closed to open....Asked by evergreen
Solve the inequality and graph the solution.
m–1
5
>1
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.
m–1
5
>1
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
\[
\frac{m - 1}{5} > 1
\]
we can start by isolating \(m\). Here are the steps:
1. **Multiply both sides by 5** (since 5 is positive, the direction of the inequality doesn't change):
\[
m - 1 > 5
\]
2. **Add 1 to both sides**:
\[
m > 6
\]
So the solution to the inequality is
\[
m > 6
\]
### Graphing the Solution
1. **Plotting the Endpoint**: Since the inequality is \(m > 6\), we will plot the endpoint \(6\) on a number line.
2. **Open Circle**: We make this endpoint an open circle because \(m = 6\) is not included in the solution (the inequality is strict).
3. **Arrow/Ray**: Draw an arrow to the right from the open circle indicating that all values greater than \(6\) are included in the solution.
Thus, the graph would look like this:
```
<---o======================>
6
```
Here, the open circle at \(6\) represents that \(6\) is not included in the solution set, and the arrow indicates that the solution continues to positive infinity.
\[
\frac{m - 1}{5} > 1
\]
we can start by isolating \(m\). Here are the steps:
1. **Multiply both sides by 5** (since 5 is positive, the direction of the inequality doesn't change):
\[
m - 1 > 5
\]
2. **Add 1 to both sides**:
\[
m > 6
\]
So the solution to the inequality is
\[
m > 6
\]
### Graphing the Solution
1. **Plotting the Endpoint**: Since the inequality is \(m > 6\), we will plot the endpoint \(6\) on a number line.
2. **Open Circle**: We make this endpoint an open circle because \(m = 6\) is not included in the solution (the inequality is strict).
3. **Arrow/Ray**: Draw an arrow to the right from the open circle indicating that all values greater than \(6\) are included in the solution.
Thus, the graph would look like this:
```
<---o======================>
6
```
Here, the open circle at \(6\) represents that \(6\) is not included in the solution set, and the arrow indicates that the solution continues to positive infinity.
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