The number that completes the inequality is 1.08:
1.01 < 1.08 < 1.17, < 1.20
Option C is the correct answer.
We have,
To determine which number completes the inequality, we need to find the number that is greaterthan 1.01 but lessthan both 1.17 and 1.20.
Among the given options, the number that satisfies this condition is 1.08.
Thus,
The number that completes the inequality is 1.08:
1.01 < 1.08 < 1.17, < 1.20
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Answer:
1.08
Step-by-step explanation:
1.01 < x < 1.17
x ≠ 1.20
x ≠ 1.008
x = 1.08
x ≠ 1.18
x ≠ 1.8
The geometric mean of the two numbers 64 and 25 is 40 after applying the geometric mean formula.
It is defined as the systematic way of representing the data that follows a certain rule of arithmetic.
It is given that:
Two numbers are: 64 and 25
As we know, in the geometric sequence:
The geometric mean can be defined as:
GM = √ab
Here GM is the geometric mean
a and b are the numbers
Divergent sequences are those in which the terms never stabilize; instead, they constantly increase or decrease as n approaches infinity, approaching either infinity or -infinity.
GM = √(64x25)
GM = 8x5
GM = 40
Thus, the geometric mean of the two numbers 64 and 25 is 40 after applying the geometric mean formula.
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Answer:
40
Step-by-step explanation:
I believe the answer is b= -5
Answer:
b=-5
Step-by-step explanation:
3b+2-6b=32+5b-2b(first you should collect like terms on each side.) so
3b-6b+2=32+5b-2b (lessen thing by both sides.)
-3b+2=32+3b (then you collect terms to one side)
-3b-3b=32-2
-6b=30 (you divide both sides by 6)
-b=5 (since b cannot be a negative u divide both sides by -1)
so..b=-5