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Define x:
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Let x be the length of the pool.
Length of the pool and its border = x + 1 + 1
Length of the pool and its border = x + 2
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Given area = 361 ft², find x:
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(x+2)² = 361
x+ 2 = √361
x + 2 = 19
x = 19 - 2
x = 17
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Find Length of the pool:
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Length of the pool = x = 17 feet
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Find Area of the pool:
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Area = 17 x 17
Area = 289 ft²
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Answer: Area of the pool = 289 ft²
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Answer:
feet (0.07407407407 feet)
Step-by-step explanation:
For this problem, we must just keep dividing by six.
At the drop, it is at 96 feet.
Divide that by six after the first bounce we have 16 feet.
Divided again we have 2 feet for the second bounce, (or 2.666666)
The third bounce we have feet (0.4444444444)
and finally for the fourth bounce feet (0.07407407407)!
When the slope is zero, the line is horizontal. Its equation will be of the form
... y = constant
The y-value of your point is specified as -9, so the equation of the line through that point is
... y = -9
Answer:
Step-by-step explanation:
The given pattern is:
The first term is
The common ratio is the previous term of any consecutive two terms over the previous term.
The explicit formula that describes this pattern is:
We substitute the common ratio and the first term to get: