Chapter 6, Section 1-HT, Exercise 052 - MathPad Antibiotics in Infancy A Canadian longitudinal study1 examined whether giving antibiotics in infancy increases the likelihood that the child will be overweight later in life. The study included 616 children and found that 438 of the children had received antibiotics during the first year of life. Test to see if this provides evidence that more than 70% of Canadian children receive antibiotics during the first year of life. Show all details of the hypothesis test, including hypotheses, the standardized test statistic, the p-value, the generic conclusion using a 5% significance level, and a conclusion in context. 1Azad MB, Bridgman SL, Becker AB, Kozyrskyj AL, “Infant antibiotic exposure and the development of childhood overweight and central adiposity,” International Journal of Obesity (2014) 38, 1290-1298. Clearly state the null and alternative hypotheses. Your answer should be an expression composed of symbols: =,≠,<,>,μ,μ1,μ2,p,p1,p2,0.70,ρ,p^,p^1,p^2,r. H0: vs Ha:Edit Calculate the test statistic and p-value. Round your answer for the test statistic to two decimal places, and your answer for the p-value to three decimal places. Test statistic = Enter your answer; Test statistic p-value = Enter your answer; p-value What is the conclusion? Choose the answer from the menu; Conclusion H0. Do we have evidence to conclude that more than 70% of Canadian infants receive antibiotics? Yes No

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

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ISBN:9780079039897

Author:Carter

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Chapter10: Statistics

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Chapter 6, Section 1-HT, Exercise 052 - MathPad

Antibiotics in Infancy

A Canadian longitudinal study¹ examined whether giving antibiotics in infancy increases the likelihood that the child will be overweight later in life. The study included 616 children and found that 438 of the children had received antibiotics during the first year of life. Test to see if this provides evidence that more than 70% of Canadian children receive antibiotics during the first year of life. Show all details of the hypothesis test, including hypotheses, the standardized test statistic, the p-value, the generic conclusion using a 5% significance level, and a conclusion in context.

¹Azad MB, Bridgman SL, Becker AB, Kozyrskyj AL, “Infant antibiotic exposure and the development of childhood overweight and central adiposity,” International Journal of Obesity (2014) 38, 1290-1298.

Clearly state the null and alternative hypotheses. Your answer should be an expression composed of symbols: =,≠,<,>,μ,μ1,μ2,p,p1,p2,0.70,ρ,p^,p^1,p^2,r.

H0: vs Ha:Edit

Calculate the test statistic and p-value.

Round your answer for the test statistic to two decimal places, and your answer for the p-value to three decimal places.

Test statistic = Enter your answer; Test statistic

p-value = Enter your answer; p-value

What is the conclusion?

Choose the answer from the menu; Conclusion

H0.

Do we have evidence to conclude that more than 70% of Canadian infants receive antibiotics?

Yes

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