Question

Find the expected count and contribution to the chi-square statistic for the (A, E) cell in...

Find the expected count and contribution to the chi-square statistic for the (A, E) cell in the two-way table below.

D E F G Total

A 35 31 38 39 143

B 78 93 65 59 295

C 19 37 26 32 114

Total 132 161 129 130 552

Round your answer for the expected count to one decimal place, and your answer for the contribution to the chi-square statistic to three decimal places.

Expected count=

contribution to the chi-square statistic=

Math   Statistics-And-Probability   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Find the expected count and contribution to the chi-square statistic for the (Group1, Yes) cell in...
Find the expected count and contribution to the chi-square statistic for the (Group1, Yes) cell in the two-way table below. Yes No Total Group 1 58 41 99 Group 2 140 66 206 Group 3 69 26 95 Total 267 133 400 Round your answer for the expected count to one decimal place, and your answer for the contribution to the chi-square statistic to three decimal places. Expected count = Contribution to the chi-square statistic =
Chapter 7, Section 2, Exercise 032 Find the expected count and the contribution to the chi-square...
Chapter 7, Section 2, Exercise 032 Find the expected count and the contribution to the chi-square statistic for the (C,F) cell in the two-way table below. D E F G Total A 35 31 43 33 142 B 78 92 66 54 290 C 15 35 29 27 106 Total 128 158 138 114 538 Round your answer for the expected count to one decimal place, and your answer for the contribution to the chi-square statistic to three decimal places....
Find the expected count and the contribution to the chi-square statistic for the (Group 1, Yes)...
Find the expected count and the contribution to the chi-square statistic for the (Group 1, Yes) cell in the two-way table below Yes No Group 1 726 250 Group 2 1151 329 Round your answer for the excepted count to one decimal place, and your answer for the contribution to the chi-square statistic to three decimal places. Expected count= contribution to the chi-square statistic=
Chapter 7, Section 2, Exercise 033 Find the expected count and the contribution to the chi-square...
Chapter 7, Section 2, Exercise 033 Find the expected count and the contribution to the chi-square statistic for the (Treatment, Agree) cell in the two-way table below. Strongly Agree Agree Neutral Disagree Strongly Disagree Control 39 45 5 13 12 Treatment 59 44 9 4 2 Round your answer for the excepted count to one decimal place, and your answer for the contribution to the chi-square statistic to three decimal places. Expected count= contribution to the chi-square statistic=
chapter 7 section 3 exercise 33 Find the expected count and the contribution to the chi-square...
chapter 7 section 3 exercise 33 Find the expected count and the contribution to the chi-square statistic for the (Treatment, Neutral) cell in the two-way table below. Control: strongly agree 38, agree 47, neutral 4, disagree 16, strongly disagree 10 Treatment: SA 64, A 41, N 9, D 6, SD 2 Round your answer for the excepted count to one decimal place, and your answer for the contribution to the chi-square statistic to three decimal places. expected count equals? Contribution...
What do the following results show from the chi-square test regarding relationship happiness and the financial...
What do the following results show from the chi-square test regarding relationship happiness and the financial comfort? Crosstab Count Financial Comfort Total Comfortable Struggling Relationship happiness Very unhappy 7 9 16 Unhappy 5 11 16 Mixed 32 59 91 Happy 79 69 148 Very happy 93 36 129 Total 216 184 400 Chi-Square Tests Value df Asymptotic Significance (2-sided) Pearson Chi-Square 34.031a 4 .000 Likelihood Ratio 34.880 4 .000 Linear-by-Linear Association 26.309 1 .000 N of Valid Cases 400 a....
1. The following formula calculates the ______________. ?=χobt2n A. chi-square statistic B. expected cell frequencies C....
1. The following formula calculates the ______________. ?=χobt2n A. chi-square statistic B. expected cell frequencies C. phi-coefficient D. Cramer's V E. gamma 2.The following formula calculates the ______________. ?=RMi×CMin A. chi-square test statistic B. expected cell frequencies C. phi-coefficient D. lambda E. Yule's Q 3.The following formula calculates the ______________. ?=∑i=1k(fo−fe)2fe A. lambda B. expected cell frequencies C. phi-coefficient D. chi-square statistic E. Yule's Q 4. A(n) ____________ is a statistic that informs us about the strength, or magnitude, as...
by utilizing this chi-Square Test answer the following question and explain what the table means. Are...
by utilizing this chi-Square Test answer the following question and explain what the table means. Are Americans in favor of the use of unmanned drones by police agencies in the United States? Table 4 Chi-Square Test for Association: Gender, Opinion Gender -1 0 1 Total 39 17 44 100 Male 39.2 25.13 35.68 0.0010 2.6278 1.9409 39 33 27 99 Female 38.8 24.87 35.32 0.0010 2.6544 1.9605 Total 78 50 71 199 Note. Possible responses (-1, 0, and 1). -1...
Open Three Hospitals data. SETUP: It is believed that the number of injuries recorded in hospital...
Open Three Hospitals data. SETUP: It is believed that the number of injuries recorded in hospital 1 is different from the number of injuries recorded in hospital 2. Given the data your job is to confirm or disprove this assertion. 10. What test/procedure did you perform? (4 points) a. Regression b. Two sided t-test c. One sided t-test d. Confidence Interval 11. What is the statistical interpretation? (4 points) a. Average of data is inconsistent with the claim b. P-value...
Pat.# Before After 1 195 125 To the left is 2 datasets measured for a sample...
Pat.# Before After 1 195 125 To the left is 2 datasets measured for a sample of 107 patients with the high cholesterol level before and after taking medication. Obtain the following for both sets: 2 208 164 3 254 152 1- the mean, mode and median 4 226 144 5 290 212 2- the variance and standard deviation 6 239 171 7 216 164 3- First, second and third quartiles 8 286 200 9 243 190 10 217 130...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT