First of all, we need to graph the equation of the two lines and find each region separately.
The first line is:
This line has been plotted in the first figure below. To find the feasible region, let's take a random point and test the inequality, so let's take
Since for (0,0) the inequality is false, then the region for this inequality is not where the point (0, 0) lies, but the other region, that is, the one under the line as indicated in the second figure. Keep in mind that points on the border of this region, that is, points that lies on the line aren't included in the region because the symbol < tells us that the equality is not included.
The second line is:
This line has been plotted in the third figure below. To find the feasible region, let's take (0,0) again, so let's take
Since for the point (0,0) the inequality is true, then the region for this inequality is where this point lies as indicated in the fourth figure. Keep in mind that points on the border of this region, that is, points that lies on the line are included in the region because the symbol ≤ tells us that the equality is included.
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Finally, the solution to the system of inequalities is the one where the red and blue region overlap as indicated in the fifth figure below.
Answer:
Step-by-step explanation:
Answer: there would be 52 yellow marbles
Step-by-step explanation:
Ok we know that there is 65 marbles in total? Right? So then we’d take 65 and think, what could we divide this by and start guessing and estimating numbers. (I guessed 5, one because it’s divisible by 65, two there is 5 times more yellow marbles than red marbles.) So 5 divided by 65 is 13. But, in order to find the amount of yellow marbles, we need to subtract the whole number by the amount of red marbles. (So 65-13 =?) if you subtract that you get 52 yellow marbles. :)
Answer:
Step-by-step explanation:
Let
x------> the original price of the golf club
we know that
------> linear equation that can be used to find the original price
solve for x
Divide by both sides