- The solution for the compound inequality is:
- The graph is given at the end of the question.
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The compound inequality is given by:
Thus, we need:
and 
That is, values of x that respect both these conditions.
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For the first inequality:
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For the second inequality:
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- Considering that both conditions are needed, the solution is:
- The graph on the number line is given next.
A similar problem is given at brainly.com/question/24009950
A=#nickels, b=#quarters
5a + 25b = 410 total value
5(a + 5b) = 410
a + 5b = 82
a + b = 30 total no. of coins
subtracting . . . 4b = 52
thus b = 13 and a = 17
13 quarters and 17 nickels = 13*25 + 17*5 = 410 = $4.10
Answer:
1728
Step-by-step explanation:
There are 12 numbers that can be used for the first number; 12 for the second number; and 12 for the third number. This means there are a total of
12(12)(12) = 1728 combinations.
Answer:
AOB = 55°
BOC = 87°
COD = 130°
AOD = 88°
Step-by-step explanation:
AOB = a°
= 55°
BOC = b°
= 87°
COD = c°
= 130°
AOD = 360°-AOB-BOC-COD
= 360°- a° - b° - c°
= 360° - 55° - 87° - 130°
= 88°
(Correct me if i am wrong)
Answer:
x=6,2
Step-by-step explanation:
