t=?critical value=?reject/enough evidence/not enough evidence/fail=? An investigative journalist is writing a report about the amount of sodium in snack foods. They believe name-brand snackfoods have higher sodium levels than store-brand snack foods. They randomly select 8 pairs of common snack food types(purchasing a name-brand and store-brand for each type) and use a lab to determine how much sodium is in every 100grams of snack food.Note: d = (Name-brand – Store-brand)Name-brand (inmilligrams)Store-brand (inmilligrams)519519469462418410328327741740637632282270554541Assume that both of the populations are normally distributed. At the 0.10 level of significance, is there sufficientevidence to show there are higher sodium levels for name-brand snacks than store-brand snacks?Identify the null and alternative hypotheses.Perfect. Your hard work is paying off ©th An investigative journalist is writing a report about the amount of sodium in snack foods. They believe name-brand snackfoods have higher sodium levels than store-brand snack foods. They randomly select 8 pairs of common snack food types(purchasing a name-brand and store-brand for each type) and use a lab to determine how much sodium is in every 100grams of snack food.Note: d = (Name-brand – Store-brand)Name-brand (in milligrams) Store-brand (in milligrams)519519469462418410328327741740637632282270554541Assume that both of the populations are normally distributed. At the 0.10 level of significance, is there sufficientevidence to show there are higher sodium levels for name-brand snacks than store-brand snacks?Find the test statistic, to. Round your answer to the nearest hundredth.Provide your answer below:test statistic

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Description: t=?critical value=?reject/enough evidence/not enough evidence/fail=? An investigative journalist is writing a report about the amount of sodium in snack foods. They believe name-brand snackfoods have higher sodium levels than store-brand snack foods.

Answered: An investigative journalist is writing…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

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Transcribed Image Text:An investigative journalist is writing a report about the amount of sodium in snack foods. They believe name-brand snack foods have higher sodium levels than store-brand snack foods. They randomly select 8 pairs of common snack food types (purchasing a name-brand and store-brand for each type) and use a lab to determine how much sodium is in every 100 grams of snack food. Note: d = (Name-brand – Store-brand) Name-brand (in milligrams) Store-brand (in milligrams) 519 519 469 462 418 410 328 327 741 740 637 632 282 270 554 541 Assume that both of the populations are normally distributed. At the 0.10 level of significance, is there sufficient evidence to show there are higher sodium levels for name-brand snacks than store-brand snacks? Identify the null and alternative hypotheses. Perfect. Your hard work is paying off © th

Transcribed Image Text:An investigative journalist is writing a report about the amount of sodium in snack foods. They believe name-brand snack foods have higher sodium levels than store-brand snack foods. They randomly select 8 pairs of common snack food types (purchasing a name-brand and store-brand for each type) and use a lab to determine how much sodium is in every 100 grams of snack food. Note: d = (Name-brand – Store-brand) Name-brand (in milligrams) Store-brand (in milligrams) 519 519 469 462 418 410 328 327 741 740 637 632 282 270 554 541 Assume that both of the populations are normally distributed. At the 0.10 level of significance, is there sufficient evidence to show there are higher sodium levels for name-brand snacks than store-brand snacks? Find the test statistic, to. Round your answer to the nearest hundredth. Provide your answer below: test statistic

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