Refer to Exercise 1 in Section 9.1. A scientist wants to determine whether the mean strength of specimens cured at 30°C differs from the mean strengths of specimens cured at 0°C, 10°C, and 20°C. a) Use the Bonferroni method to determine which of the means, if any, for 0°C, 10°C, and 20°C differ from the mean for 30°C. Use the 5% level. b) Use the Tukey–Kramer method to determine which of the means, if any, 0°C, 10°C, and 20°C differ from the mean for 30°C. Use the 5% level. c) Which is the more powerful method to find all the treatments whose means differ from that of the 30°C temperature, the Bonferroni method or the Tukey–Kramer method?

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Refer to Exercise 1 in Section 9.1. A scientist wants to determine whether the mean strength
of specimens cured at 30°C differs from the mean strengths of specimens cured at 0°C,
10°C, and 20°C.
a) Use the Bonferroni method to determine which of the means, if any, for 0°C, 10°C,
and 20°C differ from the mean for 30°C. Use the 5% level.
b) Use the Tukey–Kramer method to determine which of the means, if any, 0°C, 10°C,
and 20°C differ from the mean for 30°C. Use the 5% level.
c) Which is the more powerful method to find all the treatments whose means differ from
that of the 30°C temperature, the Bonferroni method or the Tukey–Kramer method?

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