I have a question. I need to graph the compound inequality of x<-3 or x>5 and this is how my graph looks like:

<_______)____________(____>
-6 -4 -2 0 2 4 6

Is this correct?
Thanks.

I can't quite make out your diagram, but your graph should look like the

diagram #2 on the first page of this ...

http://www.gradeamathhelp.com/support-files/compound-inequalities-b.pdf

Your open circles should be around the -3 and +5

Thank you. I figured out the graph after I posted the question. The only thing that I can not figure out is the solution in interval notation. Could you please help me?

Thanks.

If the two inequations are separated by OR, then you have to write it as you did

x < -3 OR x > 5
For those cases the two lines go in opposite directions.

If the inequations are separated by AND you can write them without the AND operator in the "between" form or the "sandwich" form

e.g. -4 ≤ x ≤ 10
can be read as "x is between -4 and 10 inclusive"
notice that x is sandwiched between -4 and 10

The graph will be a line connecting the two endpoints, either open or closed depending whether the endpoints are excluded or included.

To graph the compound inequality x < -3 or x > 5, you need to combine the individual graphs of each inequality.

For x < -3:
- Start by drawing an open circle at -3 on the number line.
- Then draw an arrow moving towards the left, indicating that the values of x are less than -3.

For x > 5:
- Draw an open circle at 5 on the number line.
- Then draw an arrow moving towards the right, indicating that the values of x are greater than 5.

Combining the two graphs, you should have an open circle at -3, followed by an arrow moving to the left, and then another open circle at 5, followed by an arrow moving to the right. So your graph looks like this:

<_______)____________(____>

The numbers you've marked on the number line are correct, and the graph represents all the values of x that satisfy the compound inequality x < -3 or x > 5.

So, your graph is correct. Well done!