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Using binomial approximation to normal finding the normal model.
A grower claims that only 13% of the strawberries he grows are unsatisfactory. When a truckload of his strawberries arrives at a farmers' market, one basket containing approximately 105 strawberries is examined for bruised or rotten fruit. Are the conditions satisfied for use of the Normal model?• Since the strawberries are in the same basket, they may not be independent of each other, or be random sample. Growing or storage conditions could affect all the strawberries in a basket. The success/failure condition is satisfied since np = 13.65 10 and nq = 91.35 10.• The conditions are satisfied since the population distribution is Normal.• Since the strawberries are in the same basket, they may not be independent of each other, or be a random sample. Growing or storage conditions could affect all the strawberries in a basket. The success/failure condition is not satisfied since only one basket is being examined.• The 10% condition is satisfied since the strawberries are a random sample, are independent of each other, and likely represent less than 10% of all the grower's strawberries. The success/failure condition is not satisfied since only one basket is being examined.• The 10% condition is satisfied is satisfied since the strawberries are a random sample, are independent of each other, and likely represent less than 10% of all the grower's strawberries. The success/failure condition is satisfied since np = 13.65 10 and nq = 91.35 10.
A bank's loan officer rates applicants for credit. The ratings can be described by a Normal model with a mean of 200 and a standard deviation of 50.
If he selects the three brands at random, what is the probability that he will select the following?
What is the likelihood the sample mean is greater than $22.50 but less than $25.00?
How large a sample should be taken if the desired margin of error E is:
A certain airplane has 2 independent alternators to provide electrical power. The probability that a given alternator will fail on a 1 hour flight is 0.02. What is the probability that (a) both will fail? (b) Neither will fail? (c) One or the othe..
The weight of a product is normally distributed with a mean of four ounces and a variance of .25 "squared ounces." What is the probability that the randomly selected unit from a recently manufactured batch weighs no more than 3.50 ounces.
Calculate the mean, median and mode for both sets and do graph/histogram to chart the results and conclude if indeed one set of year had more the other as far a snowfall.
If student is chosen at random, determine the probability that he or she is sophomore and owns a credit card.
Iit is known that signal change in this brain area is normally distributed with mean of 35 and standard deviation of 10. By using .01 level, what must researcher conclude?
Assume that the measurements came from a normal distribution. The variability of the manufacturing process is unknown means the same as the standard deviation is unknown.
A game involving a pair of dice pays out $4 with probability 16/36, costs you $2 with probability 14/36, and costs you $6 with probability 6/36.
The null hypothesis is to be tested at the 10% level of significance. The critical value from the table is:
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