A study is done to determine which of two soft drinks has more sugar. There are 25 cans of Beverage A in the researchers' sample and 15 cans of Beverage B. The mean amount of sugar in Beverage A is 34.7 grams per can with a sample standard deviation of 0.7 grams. The mean amount of sugar in Beverage B is 33.9 grams with a standard deviation of 0.6 grams. The researchers believe that Beverage A has less sugar than Beverage B, on average. Both populations are normally distributed. Conduct a hypothesis test using a 2% level of significance. Step 1: State the null and alternative hypotheses. Ho: HA – µB > Ha:µA – µB

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A study is done to determine which of two soft drinks has more sugar. There are 25 cans of
Beverage A in the researchers' sample and 15 cans of Beverage B. The mean amount of sugar in
Beverage A is 34.7 grams per can with a sample standard deviation of 0.7 grams. The mean amount
of sugar in Beverage B is 33.9 grams with a standard deviation of 0.6 grams. The researchers believe
that Beverage A has less sugar than Beverage B, on average. Both populations are normally
distributed. Conduct a hypothesis test using a 2% level of significance.
Step 1: State the null and alternative hypotheses.
Ho:µA – µB 2V
Ho:HA - HB
V test.)
(So we will be performing a left-tailed
forum
Transcribed Image Text:A study is done to determine which of two soft drinks has more sugar. There are 25 cans of Beverage A in the researchers' sample and 15 cans of Beverage B. The mean amount of sugar in Beverage A is 34.7 grams per can with a sample standard deviation of 0.7 grams. The mean amount of sugar in Beverage B is 33.9 grams with a standard deviation of 0.6 grams. The researchers believe that Beverage A has less sugar than Beverage B, on average. Both populations are normally distributed. Conduct a hypothesis test using a 2% level of significance. Step 1: State the null and alternative hypotheses. Ho:µA – µB 2V Ho:HA - HB V test.) (So we will be performing a left-tailed forum
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