Answer:
The volume of the square base
Step-by-step explanation:
so if you take
588/9 = 65in
Step-by-step explanation: This simple confidence interval calculator uses a Z statistic and sample mean (M) to generate an interval estimate of a population mean (μ).
Note: You should only use this calculator if (a) your sample size is 30 or greater; and/or (b) you know the population standard deviation (σ), and use this instead of your sample's standard deviation (an unusual situation). If your data does not meet these requirements, consider using the t statistic to generate a confidence interval.
where:
M = sample mean
Z = Z statistic determined by confidence level
sM = standard error = √(s2/n)
As you can see, to perform this calculation you need to know your sample mean, the number of items in your sample, and your sample's standard deviation (or population's standard deviation if your sample size is smaller than 30). (If you need to calculate mean and standard deviation from a set of raw scores, you can do so using our descriptive statistics tools.)
Answer:
$831,532.24
Step-by-step explanation:
The amount that will be in her account at ordinary annuity is derived using the formula:
Where:
Yearly Deposit,P=$2000
Annual rate,r=8.8%=0.088
Number of Years,n=43 years
![A(43) = \dfrac{2000((1 + 0.088)^{43}-1)}{0.088}\\\dfrac{2000[(1 .088)^{43}-1]}{0.088}\\A(43)=\$831,532.24](https://tex.z-dn.net/?f=A%2843%29%20%3D%20%5Cdfrac%7B2000%28%281%20%2B%200.088%29%5E%7B43%7D-1%29%7D%7B0.088%7D%5C%5C%5Cdfrac%7B2000%5B%281%20.088%29%5E%7B43%7D-1%5D%7D%7B0.088%7D%5C%5CA%2843%29%3D%5C%24831%2C532.24)
At the end of 43 years, she would have <u>$831,532.24</u> in her account.
Answer:
its A
Step-by-step explanation:
it is linear because this is happening every day, and it is negative because 1/2 is being removed every day
66.67%. hope i helped man
