The t statistic for a test of
?0:?=34
??:?>34
based on n = 17 observations has the value t = 1.32.
(a) What are the degrees of freedom for this statistic?
(b) Using the appropriate table in your formula packet, bound
the p-value as closely as possible:
____ < p-value < ______
,
The t statistic for a test of ?0:?=34 ??:?>34 based on n = 17 observations has...
The t statistic for a test of ?0:?=10H0:μ=10 ??:?>10HA:μ>10 based on n = 17 observations has the value t = 1.32. (a) What are the degrees of freedom for this statistic? (b) Using the appropriate table in your formula packet, bound the p-value as closely as possible: < p-value <
(a). The t statistic for a test of ?0:?=20 ??:?<20 based on n = 10 observations has the value t = -1.32. Using the appropriate table in your formula packet, bound the p-value as closely as possible: _ < p-value < _ (b). The t statistic for a test of ?0:?=41 ??:?>41 based on n = 17 observations has the value t = 1.72. Using the appropriate table in your formula packet, bound the p-value as closely as possible: _<...
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The t statistic for a test of ?0:?=41 ??:?≠41 based on n = 6 observations has the value t = -1.1. (a) What are the degrees of freedom for this statistic? (b) Using the appropriate table in your formula packet, bound the p-value as closely as possible: ___ < p-value < ___
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The t statistic for a test of ?0:?=31H0:μ=31 ??:?≠31HA:μ≠31 based on n = 6 observations has the value t = -1.61. (a) What are the degrees of freedom for this statistic? (5) (b) Using the appropriate table in your formula packet, bound the p-value as closely as possible: ___ <p-value<___ lower bound: .16 p-value= .1683 upper bound: ???
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