A low white blood cell count, or leukopenia, is a decrease in disease-fighting c

Question

A low white blood cell count, or leukopenia, is a decrease in disease-fighting cells (leukocytes) circulating in your blood. Low white blood cell counts can also indicate the presence of disease.
A count lower than 4,000 white blood cells per microliter of blood is generally considered a low white blood cell count. Suppose you are worried about your white blood cell count and have your blood sampled on 10 random days. You use the mean of your samples to test the theory that your average white blood cell count is MORE than 4000
What sort of p-value are you hoping will come from this test?
A)A really big p-value so you'll have statistical evidence your white blood cell count is above 4,000. B) A p-value close to 0 so you'll have statistical evidence your white blood cell count is around 4000 on average. C) A really small p-value so that so you'll have statistical evidence your white blood cell count is above 4000 . D) A really small p-value because this means there is a high probability that your white blood cell count is above 4000. E) A p-value close to 1 because this means there is a high probability that your white blood cell count is above 4000. F) Exactly 2 of the above are true.
***So Far I know that is it not E or F because I got them wrong*** A low white blood cell count, or leukopenia, is a decrease in disease-fighting cells (leukocytes) circulating in your blood. Low white blood cell counts can also indicate the presence of disease.
A count lower than 4,000 white blood cells per microliter of blood is generally considered a low white blood cell count. Suppose you are worried about your white blood cell count and have your blood sampled on 10 random days. You use the mean of your samples to test the theory that your average white blood cell count is MORE than 4000
What sort of p-value are you hoping will come from this test?
A)A really big p-value so you'll have statistical evidence your white blood cell count is above 4,000. B) A p-value close to 0 so you'll have statistical evidence your white blood cell count is around 4000 on average. C) A really small p-value so that so you'll have statistical evidence your white blood cell count is above 4000 . D) A really small p-value because this means there is a high probability that your white blood cell count is above 4000. E) A p-value close to 1 because this means there is a high probability that your white blood cell count is above 4000. F) Exactly 2 of the above are true.
***So Far I know that is it not E or F because I got them wrong*** A low white blood cell count, or leukopenia, is a decrease in disease-fighting cells (leukocytes) circulating in your blood. Low white blood cell counts can also indicate the presence of disease.
A count lower than 4,000 white blood cells per microliter of blood is generally considered a low white blood cell count. Suppose you are worried about your white blood cell count and have your blood sampled on 10 random days. You use the mean of your samples to test the theory that your average white blood cell count is MORE than 4000
What sort of p-value are you hoping will come from this test?
A)A really big p-value so you'll have statistical evidence your white blood cell count is above 4,000. B) A p-value close to 0 so you'll have statistical evidence your white blood cell count is around 4000 on average. C) A really small p-value so that so you'll have statistical evidence your white blood cell count is above 4000 . D) A really small p-value because this means there is a high probability that your white blood cell count is above 4000. E) A p-value close to 1 because this means there is a high probability that your white blood cell count is above 4000. F) Exactly 2 of the above are true. What sort of p-value are you hoping will come from this test?
A)A really big p-value so you'll have statistical evidence your white blood cell count is above 4,000. B) A p-value close to 0 so you'll have statistical evidence your white blood cell count is around 4000 on average. C) A really small p-value so that so you'll have statistical evidence your white blood cell count is above 4000 . D) A really small p-value because this means there is a high probability that your white blood cell count is above 4000. E) A p-value close to 1 because this means there is a high probability that your white blood cell count is above 4000. F) Exactly 2 of the above are true.
***So Far I know that is it not E or F because I got them wrong***

Explanation / Answer

C) A really small p-value so that so you'll have statistical evidence your white blood cell count is above 4000 .

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