There is a small population of 5 students listed in the table.The 10 possible SRSS of size n = 3 from this population are:Sample #1: Abigail, Bobby, CarlosSample #2: Abigail, Bobby, DeAnnaSample #3: Abigail, Bobby, EmilySample #4: Abigail, Carlos, DeAnnaSample #5: Abigail, Carlos, EmilySample #6: Abigail, DeAnna, EmilySample #7: Bobby, Carlos, DeAnnaSample #8: Bobby, Carlos, EmilySample #9: Bobby, DeAnna, EmilySample #10: Carlos, DeAnna, EmilyNameAbigailBobbyCarlosDeAnnaEmilyGenderFemaleMaleMaleFemaleFemaleQuiz scoreingTa1051079Calculate the minimum quiz score for each sample andcreate a dotplot of the sampling distribution.7000000-57.51.57.55.51.52-2T88.5Minimum quiz score0000-92.5 3 3.5Minimum quiz scoreⓇO898.5Minimum quiz score-36.5 7 7.5Minimum quiz score2.53.5Minimum quiz score-4880149.54.59.58.54.5000-1000000-5100x000-5J

The information provided in the question are as follows : The quiz score table can be is as follows,…

Answered: There is a small population of 5…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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The information below is from the small population of 5 students. The 10 possible SRSs of size n = 3 are: Sample #1: Abigail(10), Bobby(5), Carlos(10) Sample #2: Abigail(10), Bobby(5), DeAnna(7) Sample #3: Abigail(10), Bobby(5), Emily(9) Sample #4: Abigail(10), Carlos(10), DeAnna(7) Sample #5: Abigail(10), Carlos(10), Emily(9) Sample #6: Abigail(10), DeAnna(7), Emily(9) Sample #7: Bobby(5), Carlos(10), DeAnna(7) Sample #8: Bobby(5), Carlos(10), Emily (9) Sample #9: Bobby(5), DeAnna(7), Emily(9) Sample #10: Carlos(10), DeAnna(7), Emily(9) Name Abigail Bobby Carlos DeAnna Emily Gender Female Male Male Female Female Quiz score 10 5 10 7 9 Calculate the median quiz score for each sample and display the sampling distribution of the sample median on a dotplot. 011 000000-5 5.5 7.5 T 1.5 1.5 7.5 -2 2 6.5 7 7.5 Median quiz scores 8 9 8.5 Median quiz score 8 8.5 Median quiz score ∞∞∞0-9 2.5 3.5 Median quiz scores 2.5 3 3.5 Median quiz scores -80 4104 8.5 9.5 9.5 4.5 4.5 10 8 10 ∞∞∞∞0-5 00000-5
Suppose we have a set of 37 lightbulbs, and we wish to select a random sample of 5 distinct bulbs from this set. How many possible such samples exist? There are possible samples of this size.
1O to Colnect a lepres 5. Make an inference about your population. You must write one or more sentences, even if you have a biased sample make the inference as if your sample is representative.
2. A researcher wants to measure the job satisfaction levels of the employees of two fast food company located in Manila. The researcher has used a questionnaire consisting of ten questions related to job satisfaction levels of the employees. The researcher has used a rating scale from 1 to 4 where 1 is the lowest score and 4 is the highest score. So, a maximum score of 40 and a minimum score of 10 can be obtained. The researcher has randomly selected 15 employees from the first company and 17 employees from the second company. The scores obtained from these employees are given below: First Company: 32 40 31 33 32 30 30 32 31 32 34 32 38 32 28 Second Company: 25 28 23 27 24 26 27 22 25 26 34 25 23 22 29 27 24 Taking 5% as the alpha level, examine the significant difference in terms of job satisfaction level between the employees of the two companies.
For each of these 10 samples, compute Statistics 1, 2, and 3. Enter your answers as 3 numbers separated by commas, such as 1,2,3. 2, 3, 3* 2, 3, 4 2, 3, 4* 2, 3*, 4 2, 3*,4* 2, 4, 4* 3, 3*, 4 3, 3*, 4* 3, 4, 4* 3*, 4, 4* Which statistic would you recommend for estimating u? Average of smallest and largest values in the sample Question Heln
Suppose you rolled a fair six-sided die a few times and recorded the results. (You would have a collection of numbers 1-6.) Now, suppose you wanted to average these numbers. What value would you expect? If the die was rolled 6 times and the results were: 1, 4, 2, 2, 3, 2, then the average of this sample of rolls would be 2.333. This experiment could be peformed again: 6, 5, 2, 1, 1, 4. Now, the average of this sample is 3.167. Obviously, these small samples have a lot of variation in them; however, is there a way to calculate the expected average? If we were to construct a very large sample, rolling this die 1 million times, what would the expected value (mean) be? Luckily, the rules of probability allows us to do this calculation without actually having to roll the die 1 million times! Below, you will find a probability table where all of the possible outcomes from the die are listed. The first column contains the possible outcomes on the die, the second column contains the…
The inferential procedures discussed in this book are intended for use with only one particular sampling procedure. What sampling procedure is that?
The first unit of the sample is selected at random and then each subsequent unit is picked at a fixed from the previous unit selected in the sample. What sampling technique is this?
a) You are asked to collect data from the target respondents using random sampling techniques. There are a number of popular complex random sampling designs for the above case. Give a brief explanation on those designs. Which sampling design will you follow? State the reasons in favor of your opinion.

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