Meteorologists in Texas want to increase the amount of rain delivered by thunderheads by seeding the clouds. Without seeding, thunderheads produce, on average, 300 acrefeet. The meteorologists randomly selected 29 clouds which they seeded with silver iodide to test their theory that average acrefeet is more.

What conclusion can they reach based on the above output when they set the significance level to be 0.10?

a.The data does not provided statistical evidence that the average acrefeet from seeded clouds is more than 300.

b.The data does provide statistical evidence that the average acrefeet from seeded clouds is more than 300.

c.The data does not provided statistical evidence that the sample average acrefeet from seeded clouds is more than 300.

d.Two of the above are correct.

e.We can not draw conclusions based on the above statistical output because the conditions are not met due to the extreme out



Answer :

There is no statistical support in the data for the claim that seeded clouds typically cover more than 300 acres per foot by average acrefeet.

Since the significance level is set at 0.10, the meteorologists can conclude that the data does not provide statistical evidence that the average acrefeet from seeded clouds is more than 300.

This is because the calculated p-value is greater than the significance level. This means that there is not sufficient evidence to reject the null hypothesis, which states that the average acrefeet from seeded clouds is no greater than 300.

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