Compute sample size power onemean m0 ma, power(numlist) options Compute power power onemean m0 ma, n(numlist) options Compute effect size and target mean power onemean m0, n(numlist) power(numlist) options where m0 is the null (hypothesized) mean or the value of the mean under the null hypothesis, and ma is the alternative (target) mean or the value of the mean under the alternative hypothesis. m0 and ma may each be specified either as one number or as a list of values in parentheses (see [U] 11.1.8 numlist). 1 2 power onemean — Power analysis for a one-sample mean tes
Power Analysis of Trials with Multilevel Data covers using power and sample size calculations to des...
a<p>Numbers in brackets are the number of times at least one substitution towards the target occurre...
Statistical power is an important detail to consider in the design phase of any experiment. This pap...
Compute sample size power twomeans m1 m2, power(numlist) options Compute power power twomeans m1 m2,...
Compute sample size power oneproportion p0 pa, power(numlist) options Compute power power oneproport...
Compute sample size power method..., power(numlist) power options... Compute power power method..., ...
Compute sample size power twoproportions p1 p2, power(numlist) options Compute power power twopropor...
power twovariances v1 v2, power(numlist) options Standard deviation scale power twovariances s1 s2, ...
Determining appropriate sample size is often a difficult decision in the process of developing quant...
How powerful is my study (test)? How many observations do I need to have for what I want to get from...
Noted for its accessible approach, this text applies the latest approaches of power analysis to both...
Specifying hazard rates stpower exponential [ h1 h2, options Specifying survival probabilities stpow...
<p>The mean power of the methods is computed for all the scenarios for the three different tested pa...
This thesis examines the issues of analysis of statistical power of a test. It introduces a subject ...
Mixed-effects models are a powerful tool for modeling fixed and random effects simultaneously, but d...
Power Analysis of Trials with Multilevel Data covers using power and sample size calculations to des...
a<p>Numbers in brackets are the number of times at least one substitution towards the target occurre...
Statistical power is an important detail to consider in the design phase of any experiment. This pap...
Compute sample size power twomeans m1 m2, power(numlist) options Compute power power twomeans m1 m2,...
Compute sample size power oneproportion p0 pa, power(numlist) options Compute power power oneproport...
Compute sample size power method..., power(numlist) power options... Compute power power method..., ...
Compute sample size power twoproportions p1 p2, power(numlist) options Compute power power twopropor...
power twovariances v1 v2, power(numlist) options Standard deviation scale power twovariances s1 s2, ...
Determining appropriate sample size is often a difficult decision in the process of developing quant...
How powerful is my study (test)? How many observations do I need to have for what I want to get from...
Noted for its accessible approach, this text applies the latest approaches of power analysis to both...
Specifying hazard rates stpower exponential [ h1 h2, options Specifying survival probabilities stpow...
<p>The mean power of the methods is computed for all the scenarios for the three different tested pa...
This thesis examines the issues of analysis of statistical power of a test. It introduces a subject ...
Mixed-effects models are a powerful tool for modeling fixed and random effects simultaneously, but d...
Power Analysis of Trials with Multilevel Data covers using power and sample size calculations to des...
a<p>Numbers in brackets are the number of times at least one substitution towards the target occurre...
Statistical power is an important detail to consider in the design phase of any experiment. This pap...