To find your constant of variation, you just need to figure out what you multiply the x by in order to get f(x). In other words, what do you multiply the 3 by to get 6? What do you multiply the 7 by to get 14? Another way to think of it is to divide f(x) by the x to get your constant.
Answer:
<u>Equivalent expressions</u>
Step-by-step explanation:
3(x – 4) – 2(2.5x - 1)
3x - 12 -5x +2
<u>-2x - 10</u>
and -2(x + 5)
<u>-2x - 10</u>
<u></u>
<u>Yes, They are Equal</u>
<h3>
Answer: True</h3>
This is often how many math teachers and textbooks approach problems like this. The overlapped region is the region in which satisfies every inequality in the system. Be sure to note the boundary of each region whether you're dealing with a dashed line or a solid line. Dashed lines mean points on the boundary do not count as solution points, whereas solid boundaries allow those points as part of the solution set.
Side note: This is assuming you're dealing with 2 variable inequalities. If you only have one variable, you don't need to graph and instead could use algebra. Graphing doesn't hurt though.
Answer:
16. 14
17. 6
Step-by-step explanation:
because i dont know
16 for every 100
8 for every 50
1 for every 16
.5 for every 8