HELP 100 POINTS GIVEN 1. An inground non-diving swimming pool has the following dimensions. It is 33 feet long and 14 feet wide.
On the
shallow end, it is 3 feet 6 inches deep and slopes gradually to a depth of 5 feet 4 inches. A picture is below. What
shape(s) can be used to estimate the volume of the pool.
2. What volume formula(s) will be used for the shape listed in
number 1
3. The pool has dimensions that are in both feet and inches. Perform unit conversions on this step
4. Apply the dimensions from number 3 to the formula(s) listed in number 1 and calculate the approximate volume of
the pool.
5. Write the answer from number 4 in scientific notation. It can be approximated.
shallow end, it is 3 feet 6 inches deep and slopes gradually to a depth of 5 feet 4 inches. A picture is below. What
shape(s) can be used to estimate the volume of the pool.
2. What volume formula(s) will be used for the shape listed in
number 1
3. The pool has dimensions that are in both feet and inches. Perform unit conversions on this step
4. Apply the dimensions from number 3 to the formula(s) listed in number 1 and calculate the approximate volume of
the pool.
5. Write the answer from number 4 in scientific notation. It can be approximated.
2 answers:
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Answer:
The value is
Step-by-step explanation:
From the question we are told that
The parameters are α = 3, θ = 0.5
The cost of making a unit on the first day is c = $2
The selling price of a unit on the first day is s = $5
The selling price of a leftover unit on the second day is v = $ 1
Generally the profit of a unit on the first day is
The profit of a unit on the second day is
=>
Generally the probability of making profit greater than $ 1 is mathematically represented as
=>
Now from the gamma distribution table we have that
Generally the probability of making profit less than or equal to $ 1 is mathematically represented as
=>
=>
So the probability of making $3 is
and the probability of making -$1 is
Generally the value of profit per day is mathematically represented as
=>
=>