<Dl> <Dd> <Dl> <Dd> excess kurtosis (B (α, β)) = excess kurtosis (B (β, α)) (\ displaystyle (\ text (excess kurtosis)) (\ mathrm (B) (\ alpha, \ beta)) = (\ text (excess kurtosis)) (\ mathrm (B) (\ beta, \ alpha))) </Dd> </Dl> </Dd> </Dl> <Dd> <Dl> <Dd> excess kurtosis (B (α, β)) = excess kurtosis (B (β, α)) (\ displaystyle (\ text (excess kurtosis)) (\ mathrm (B) (\ alpha, \ beta)) = (\ text (excess kurtosis)) (\ mathrm (B) (\ beta, \ alpha))) </Dd> </Dl> </Dd> <Dl> <Dd> excess kurtosis (B (α, β)) = excess kurtosis (B (β, α)) (\ displaystyle (\ text (excess kurtosis)) (\ mathrm (B) (\ alpha, \ beta)) = (\ text (excess kurtosis)) (\ mathrm (B) (\ beta, \ alpha))) </Dd> </Dl> <Dd> excess kurtosis (B (α, β)) = excess kurtosis (B (β, α)) (\ displaystyle (\ text (excess kurtosis)) (\ mathrm (B) (\ alpha, \ beta)) = (\ text (excess kurtosis)) (\ mathrm (B) (\ beta, \ alpha))) </Dd>

Calculate m_ 6 for f(x)=7 cdot ln(x^ 3 ) over 1 2