The Hammarsten Soda Company claims that, on average, there are 12 fluid ounces in each bottle of soda and the standard deviation is 0.16 fluid ounces. Being the loyal customer you are, you’ve decided to prove their claim. You randomly select 50 bottles and find the average of this particular sample is 11.96 fluid ounces. What is the probability of randomly selecting a sample that will have an average of 11.96 fluid ounces or less? a. What type of distribution are you using? Pick one of the following: “uniform distribution,” “normal distribution,” “sampling distribution for ?̅,” and “sampling distribution for ?̂.” b. Is the distribution normal? How do you know? c. What are the mean and standard deviation of your distribution? d. Sketch a picture, shade, then find the probability of randomly selecting a sample of size 50 that will have an average of 11.96 fluid ounces or less. e. Look at your answer from part d. If the company is telling the truth about how much they are filling their bottles, would you expect a sample that has the mean yours has? Explain.
The Hammarsten Soda Company claims that, on average, there are 12 fluid ounces in each bottle...
Soda six-packs Most soda cans list the volume of soda as 12 fluid ounces. As with all process, some variation occurs when filling soda cans. Suppose that a company knows this and tries to over-fill cans a bit, so that the actual volume of soda in a can follows a normal distribution with mean 12.1 fluid ounces and standard deviation .15 fluid ounces. a) What proportion of soda cans filled by this process will contain less than 12 fluid ounces?...
A soda company advertises that the distribution of ounces in all their cans of soda has a mean of µ = 12 ounces and a standard deviation of σ = 0.2 ounces. Suppose you purchase a case of 30 cans of Sweet Relief (their most popular flavor) and calculate that their average fill is 11.9 ounces. You want to know “What’re the chances!?” You want to use the Central Limit Theorem which you recall tells you that the sampling distribution...
A study reports that teenagers drink an average of 22 ounces of soda per day with a standard deviation of 6 ounces. Assume that the distribution of the number of ounces of soda consumed by teenagers per day follows a normal distribution. a. What is the probability that a randomly selected teenager consumes less than 12 ounces of soda per day? b. What is the probability that a randomly selected teenager consumes more than 30 ounces of soda per day?...
1. The amount of soda in a 12 ounce bottle is supposed to be 12 ounces, right? There is some variability in the amount that the machines dispense into the bottles. Let the real amount of soda in each bottle follow a Normal distribution with mean 12.2 and standard deviation 0.3. a. If the bottle can only hold 13 ounces, what is the probability the bottle will overflow? In other words, what is the probability that the machine dispenses more...
A soda machine dispenses normally distributed amounts of soda with a mean of 20 ounces and a standard deviation of 0.2 ounce. Are you more likely to randomly select one bottle with more than 21.3 ounces or are you more likely to select a sample of eight bottles with a mean amount of more than 21.3 ounces? Explain.
the volumes of soda in a bottle are marketed as 20 ounces but are actually normally distributed with mean 19.8 oz and a standard deviation of 1.2 oz. what is the probability that the volume of soda in a randomly selected bottle will be less than 20 oz?
Suppose a brewery has a filling machine that fills 12-ounce bottles of beer. It is known that the amount of beer poured by this filling machine follows a normal distribution with a mean of 12 ounces and a standard deviation of 0.04 ounce. Use this information to answer the questions that follow. Imagine that all possible samples of size 25 are taken from the population of this brewery’s 12-ounce bottles of beer. Describe the sampling distribution of x ¯. i....
If the fill per can has a mean of 12 fluid ounces and a standard deviation of 0.2 fluid ounce, what is the distribution of the total fill for a case of 24 cans? a. ) Mean= ? b.) Standard Deviation =? C.) What is the probability that the total fill for a case is less than 286 fluid ounces?
If the fill per can has a mean of 12 fluid ounces and a standard deviation of 0.2 fluid ounce, what is the distribution of the total fill for a case of 24 cans? a.) Mean= b.) Standard deviation= c.) What is the probability that the total fill for a case is less than 286 fluid ounces? P=
The Quality Assurance Department for Cola, Inc. maintains records regarding the amount of cola in its Jumbo bottle. The actual amount of cola in each bottle is critical but varies a small amount from one bottle to the next. Cola, Inc. does not wish to yoderfill the bottles, because it will have a problem with truth in labeling. On the other hand, it cannot overfill each bottle, because it would be giving cola away, hence reducing its profits. Its records...