The two consecutive odd integers are 15 and 17.
A numeral system is a way of writing numbers; it's a way of mathematically notating a set of numbers by using a consistent set of digits or other symbols. In various numeral systems, the same set of symbols may represent various numbers.
Given that two consecutive odd integers have a sum of 32.
Let
x = first consecutive odd
x + 2 = second consecutive odd
Based on the problem, we equate
x + (x + 2) = 32
Solving for x,
2x + 2 = 32
2x = 32 - 2
2x = 30
x = 30/2
x = 15
and x + 2 = 15 + 2 = 17
Therefore, the two consecutive odd integers are 15 and 17.
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What is the area of the tile?
Employee A: total job benefits $49,200 and total job expenses $300
b.
Employee B: total job benefits $49,500 and total job expenses $500
c.
Employee C: total job benefits $ 49,800 and total job expenses $700
d.
Employee D: total job benefits $50,100 and total job expenses $900
22 500 000
27 500 000
67 490 000
Answer:
22,500,000 ⇒ 20,000,000
27,500,000 ⇒ 30,000,000
67,490,000 ⇒ 65,000,000
Write a compound inequality like 1 3. Use in tegers, proper
fractions, or improper fractions in simplest form.
Answer:
To solve the inequality |c-2| > 3, we need to consider two cases:
c-2 > 3
c-2 < -3
For the first case, we add 2 to both sides of the inequality to get:
c > 5
For the second case, we add 2 to both sides of the inequality and multiply by -1 to get:
-c > -1
c < 1
Therefore, the solution to the inequality |c-2| > 3 is:
c < 1 or c > 5
This is a compound inequality that can be written as:
1 < c or c > 5
I hope this helps!