Thanks Reiny,that is my only problem trying to figure out the equation. I just cannot figure out for some reason when getting the intersection, I tried several different ways yet my progress is still the same.

It seems like you're working on finding the intersection of two equations, but you're having trouble figuring out the right approach. I'd be happy to help you!

To find the intersection of two equations, you usually have two options: graphing or algebraic methods. Let's go through each method to see which one works best for your case.

1. Graphing Method:
- Plot the two equations on the same coordinate plane.
- The point(s) where the graphs intersect are the solutions.
- You can use graphing tools like Desmos or manually draw the graphs on paper.

2. Algebraic Methods:
a. Substitution Method:
- Solve one of the equations for one variable in terms of the other variable.
- Substitute this expression into the other equation.
- Solve the resulting equation to find the value of the remaining variable.
- Substitute this value back into either original equation to find the corresponding value of the other variable.

b. Elimination Method:
- Modify one or both equations so that the coefficients of one of the variables are additive inverses (e.g., 2x and -2x) when the equations are added or subtracted.
- Add or subtract the equations, eliminating one variable.
- Solve the resulting equation to find the value of the remaining variable.
- Substitute this value back into either original equation to find the corresponding value of the other variable.

It's important to note that not all pairs of equations will have a clear intersection point. In some cases, the equations may be parallel (no intersection) or represent the same line (infinitely many intersections).

If you can provide the specific equations you're working with, I can demonstrate how to solve them using one of these methods.