I'm not exactly sure of what you mean, but if the number (for example) were 2,3, and 6 you could say 2 and 6 multiply to get 6 and 6 divided by 2 would be 3 and so on. You could do this with any operation. Hope this helps, and sorry if this wasa little unclear.
A. You can not add numbers with different variables.
B. 11 + 2x
#3.
in this case, all you need to do is to look at the intersecting point. each units represent 2, the coordinates of the intersection are (4,-1), so D is the choice.
#4. B is the choice. two lines either intersect once (one solution), never (parallel, no solution), or overwrap (merge, infinite solutions)
Answer:
Well ummmm, what are the answers and the question?
Step-by-step explanation:
You can look for a factor of a 3 or 5 within the values 16 and 24.
24 can be factored as 3*8.
So you can break up the 24 in that way before multiplying,
and then have the 3's divide evenly out,
leaving you with a simpler problem.

Is this what you were looking for perhaps?