Chebyshev's theorem says that the probability that a random variable differs from its mean by some multiple of the standard deviation is bounded below as
Solve for <em>k</em> :
Then the theorem says
which is to say that 88.9% of the data will fall in the interval
or roughly corresponding to scores between 7.076 and 7.924.
Answer:
10 units
Step-by-step explanation:
Kebause i took the test nerds lol
Answer:
6.75 Is the right choice
Step-by-step explanation:
2 1/4 Divided by 1/3=6.75
Answer: the range for one game is {$0, $2,590,000}
Step-by-step explanation:
The revenue, on average, can be written as:
Y = $35*x
where y is the revenue and x is the number of tickets sold.
The domain of this function is equal to {0, 74000} this means that they can sell any whole number of tickets between 0 and 74000.
To find the range we need to evaluate y in bot extremes of the domain (because we have a linear relation)
minimum revenue
y(0) = $35*0 = $0
maximum revenue
y(74000) = $35*74000 = $2,590,000
So the range for one game is {$0, $2,590,000}
I'm a little confused as to how you wrote out each of the equations, but if there are 2 ounces of fruit cremes, and the box weighs 8 ounces, then there would be 6 ounces of caramels in the box.
