I would accept the offer. If you count a dollar a second, for 8 hours, you can count up to 8×60×60 or 28800 dollars each day. The 7 days a week part is not needed to calculate since that means you can count for 8 hours for each day of the week. To count 1 billion dollars with 28800 dollars a day, it would take about 34722.22... days to count it all, or about 95.12 years to count every last dollar. The thing is, the question never said I had to count or use it all, so I would use as much as I needed, counted the receipt, and left the rest.
1 pint = 16 fluid ounces.
Multiply number of pints by 16 to find total ounces:
8 x 16 = 128 fluid ounces.
Answer:
this systems shows only one solution... not no solution.
The probability of a normally distributed data with mean, μ and standard deviation, σ, exceeds a value, a, is given by
<span>Given that the
average yearly snowfall in chillyville is normally distributed with a
mean of 55 inches. If the snowfall in chillyville exceeds 60 inches in
15% of the years, thus we have:
Therefore, the standard deviation is approximately 5.
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