Question 10 options: Since the P-value is approximately 0, we accept H 0 and con

Question

Question 10 options:

Since the P-value is approximately 0, we accept H0 and conclude that the mean burning times for the two types of flares differ.

Since the P-value is approximately 0, we reject H0 and conclude that the mean burning times for the two types of flares differ.

Since the P-value is approximately 0, we reject H0 and conclude that the mean burning time for the control group of flares is less than for the group of flares with the new accelerant.

Since the P-value is approximately 0, we reject H0 and conclude that the mean burning time for the control group of flares is greater than for the group of flares with the new accelerant.

Since the P-value is approximately 0, we fail to reject H0; there is not enough information to conclude that the mean burning times for the two types of flares differ.

Since the P-value is approximately 0, we accept H0 and conclude that the mean burning times for the two types of flares differ.

Since the P-value is approximately 0, we reject H0 and conclude that the mean burning times for the two types of flares differ.

Since the P-value is approximately 0, we reject H0 and conclude that the mean burning time for the control group of flares is less than for the group of flares with the new accelerant.

Since the P-value is approximately 0, we reject H0 and conclude that the mean burning time for the control group of flares is greater than for the group of flares with the new accelerant.

Since the P-value is approximately 0, we fail to reject H0; there is not enough information to conclude that the mean burning times for the two types of flares differ.

Explanation / Answer

Ans: Since the P-value is approximately 0, we reject H0 and conclude that the mean burning times for the two types of flares differ.

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