To solve the inequalities \(5m + 12 < 12\) and \(7m > 49\), we'll address each inequality separately.
Solving the first inequality:
- Start with the inequality: \[ 5m + 12 < 12 \]
- Subtract 12 from both sides: \[ 5m < 0 \]
- Divide by 5: \[ m < 0 \]
Solving the second inequality:
- Start with the inequality: \[ 7m > 49 \]
- Divide by 7: \[ m > 7 \]
Combining the solutions:
The solution set for the first inequality is \(m < 0\) and for the second inequality is \(m > 7\). Since this is a compound inequality with "or," the solution set combines both parts:
- The final solution is: \[ m < 0 \quad \text{or} \quad m > 7 \]
Graphing the solution:
- On a number line, we will represent \(m < 0\) with an open circle on 0 and shading to the left.
- For \(m > 7\), we will represent it with an open circle on 7 and shading to the right.
Here is a rough representation of the graph:
<---O=================O--->
-1 0 7
- The open circles indicate that 0 and 7 are not included in the solution set. The shaded areas show that all values less than 0 and greater than 7 are included in the solution.