First, let’s solve the inequality \(10w < 20\).
- Divide both sides by 10: \[ w < \frac{20}{10} \] Simplifying gives: \[ w < 2 \]
Now, we will graph the solution \(w < 2\):
- The endpoint is at \(w = 2\).
- Since this is a strict inequality (less than, not less than or equal to), we represent this endpoint as an open circle on the graph.
- The solution includes all values less than 2, so we create a ray that extends to the left of the open circle.
Here's how we describe the graph:
-
Plot the endpoint:
- Plot an open circle at \(w = 2\).
-
Change the endpoint from closed to open:
- Since the inequality is strictly less than, we use an open circle at 2.
-
Select the middle of the segment, ray, or line to delete it:
- We delete the right segment starting from \(w = 2\) and going to the right since we are only looking for values less than 2.
The final graph will look like this:
<---(2)------------------>
where (
denotes the open circle at 2, indicating that 2 is not included in the solution, and the arrow indicates all values less than 2.