Chpt 4, Q5: what is the correct answer for all the parts to this questionIn a study of the Gouldian finch, Griffith et al. (2011) looked at stress caused by having an incompatible mate. There are two genetically distinct types of Gouldian finches, one having a red face and the other having a black face. Previous experiments have shown that female finches have a strong preference for mating with males with the same face color as themselves, and that when different face types of finch mate with one another, their offspring are less likely to survive than when both parents are the same type.Researchers paired females sequentially with males of both types in random order. In other words, each female bred twice, once with a compatible male and once with an incompatible male. Each time, females produced a brood of young with the assigned male. For each pairing, the researchers measured blood corticosterone concentration (in units of ng/mL) as an index of the amount of stress the females experienced. Calculate the difference in stress levels by subtracting the corticosterone level of the female when matched with a compatible mate from the corticosterone level when matched with an incompatible mate.Plot the distribution of the differences in order to visually assess the distribution. It is EASY to plot the data in a histogram if you have the data analysis add-in installed on Microsoft Excel (Win (Links to an external site.)|Mac (Links to an external site.)). From the Data Analysis window, select histogram, and then make sure Pareto (sorted histogram) and Chart Output are checked.DATA: Compatible MateIncompatible Mate1322131911647487209901948113873397913431309382328722112271772452013201317918517192872013431481530151791274851525121387281953728291213489331548359117 Do you think the data are normally distributed, positively skewed, or negatively skewed?Would a paired t-test be an appropriate analysis for this data (yes or no)?Would a logarithmic transform be an appropriate way of transforming the data? Enter the number of your answer choicefrom the list below in the answer box1. Yes, a logarithmic transform would result in normally distributed data.2. No, a logarithmic transform is inappropriate because the data is already normally distributed.3. No, a logarithmic transform is inappropriate because there are negative values which would result in an undefined datapoint.Identify Ho and Ha for a sign test to determine if the corticosterone levels are different when females are paired withcompatible or incompatible mates.The median value is equal to zero.The median value is not equal to zero.Use the binomial distribution function (=binom.dist(number_s, trials, probability, false) to determine the probability of thesingle observed distribution, if the null hypothesis is true. This value is for a one-tailed sign test; however, we areperforming a 2-tailed sign test. You must adjust the equation accordingly.Further, we must also include the probability of getting more than the observed number of successes. So, it is necessary tosum the probabilities for all success rates greater than or equal to the observed success rates, but less than or equal to thetotal number of trials. If there were 50 trials, and 45 trials were successful. The equation would be used to calculate theprobability of 45, 46, 47, 48, 49, and 50 successes, and these probabilities would be summed together.Report your answer in exponential form rounded to two decimal places in the form #.##E##, for example if the probabilitywas 0.00000000931, it would be reported as 9.31E-09 or 9.31E-9Do you fail to reject or reject the null hypothesis?Were corticosterone levels the same or different between between the two treatments?

As per our guidelines, we are allowed to answer first three sub-parts only. Thanks The difference of the paired data : Compatible Mate Incompatible Mate Difference 13 22 -9 13 19 -6 11 64 -53 7 48 -41 7 20 -13 9 90 -81 19 48 -29 11 38 -27 7 33 -26 9 79 -70 13 43 -30 1 30 -29 9 38 -29 23 28 -5 7 22 -15 11 22 -11 7 17 -10 7 24 -17 5 20 -15 13 20 -7 13 17 -4 9 18 -9 5 17 -12 19 28 -9 7 20 -13 13 43 -30 1 48 -47 15 30 -15 15 17 -2 9 12 -3 7 48 -41 5 15 -10 25 12 13 1 38 -37 7 28 -21 19 53 -34 7 28 -21 29 12 17 13 48 -35 9 33 -24 15 48 -33 3 59 -56 1 17 -16 Now, we will plot the difference data as a histogram with 6 classes Frequency Table Interval Frequency -81--64 2 -63--46 3 -45--28 11 -27--10 16 -9-8 9 9-26 21) From the above histogram which we have plot for the difference, we can see the graph is Bell-shaped. Hence, the data is Normally distributed Also, the sample size is 43 which is greater than 30. Using the central limit theorem, we can approximate the data using the Normal distribution 2) Here we have paired samples, the subject is same and the data is recorded twice for the same subject. Also the data is normally distributed and the sample is randomly ordered Hence, we can use the Paired T-test 3) Here Log-transformation is not needed the data is already normally distributed

Chpt 4, Q5: what is the correct answer for all the parts to this question In a study of the Gouldian finch, Griffith et al. (2011) looked at stress caused by having an incompatible mate. There are two genetically distinct types of Gouldian finches, one having a red face and the other having a black face. Previous experiments have shown that female finches have a strong preference for mating with males with the same face color as themselves, and that when different face types of finch mate with one another, their offspring are less likely to survive than when both parents are the same type. Researchers paired females sequentially with males of both types in random order. In other words, each female bred twice, once with a compatible male and once with an incompatible male. Each time, females produced a brood of young with the assigned male. For each pairing, the researchers measured blood corticosterone concentration (in units of ng/mL) as an index of the amount of stress the females experienced. Calculate the difference in stress levels by subtracting the corticosterone level of the female when matched with a compatible mate from the corticosterone level when matched with an incompatible mate. Plot the distribution of the differences in order to visually assess the distribution. It is EASY to plot the data in a histogram if you have the data analysis add-in installed on Microsoft Excel (Win (Links to an external site.)|Mac (Links to an external site.)). From the Data Analysis window, select histogram, and then make sure Pareto (sorted histogram) and Chart Output are checked. DATA: Compatible Mate Incompatible Mate 13 22 13 19 11 64 7 48 7 20 9 90 19 48 11 38 7 33 9 79 13 43 1 30 9 38 23 28 7 22 11 22 7 17 7 24 5 20 13 20 13 17 9 18 5 17 19 28 7 20 13 43 1 48 15 30 15 17 9 12 7 48 5 15 25 12 1 38 7 28 19 53 7 28 29 12 13 48 9 33 15 48 3 59 1 17

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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Compatible Mate	Incompatible Mate
13	22
13	19
11	64
7	48
7	20
9	90
19	48
11	38
7	33
9	79
13	43
1	30
9	38
23	28
7	22
11	22
7	17
7	24
5	20
13	20
13	17
9	18
5	17
19	28
7	20
13	43
1	48
15	30
15	17
9	12
7	48
5	15
25	12
1	38
7	28
19	53
7	28
29	12
13	48
9	33
15	48
3	59
1	17