Summary

The number of observations of etime (10) of grep 'a*' -R . is less than 15.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 5.000%.
The mean difference per standard deviation of etime (0.200) of grep '[ab]*' -R . vs. grep 'a*' -R . is less than 1.000.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 15.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 5.000%.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 1.000%.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 30.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 1.000%.
The mean difference per standard deviation of etime (0.200) of grep '[ab]*' -R . vs. grep 'a*' -R . is less than 2.000.
The number of observations of etime (10) of grep 'a*' -R . is less than 30.
The used statistical significance test showed that the significance of the difference with etime (0.673) of grep '[ab]*' -R . vs. grep 'a*' -R . is too low.

Overall summary

vs. ⍗

Summary regarding etime

vs. ⍗

mean
\(\sigma\) per mean
sem
min
n
2(6).(000)m 1(8).(842)% (1).(633)m 20.000m 10
2(5).(000)m 2(0).(000)% (1).(667)m 20.000m 10

The number of observations of etime (10) of grep '[ab]*' -R . is less than 15.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 5.000%.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 30.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 1.000%.
mean
\(\sigma\) per mean
sem
min
n
2(6).(000)m 1(8).(842)% (1).(633)m 20.000m 10
The number of observations of etime (10) of grep '[ab]*' -R . is less than 15.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 5.000%.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 30.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 1.000%.
mean
2(6).(000)m
std dev
(4).(899)m
\(\sigma\) per mean
1(8).(842)%
sem
(1).(633)m
median
3(0).(000)m
min
20.000m
max
30.000m
n
10
mean ci (lower bound)
25.895m
mean ci (upper bound)
26.105m
std dev ci (lower bound)
9.772m
std dev ci (upper bound)
nan
normality probability
1.68%
The number of observations of etime (10) of grep 'a*' -R . is less than 15.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 5.000%.
The number of observations of etime (10) of grep 'a*' -R . is less than 30.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 1.000%.
mean
\(\sigma\) per mean
sem
min
n
2(5).(000)m 2(0).(000)% (1).(667)m 20.000m 10
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 5.000%.
The number of observations of etime (10) of grep 'a*' -R . is less than 15.
The number of observations of etime (10) of grep 'a*' -R . is less than 30.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 1.000%.
mean
2(5).(000)m
std dev
(5).(000)m
\(\sigma\) per mean
2(0).(000)%
sem
(1).(667)m
median
2(5).(000)m
min
20.000m
max
30.000m
n
10
mean ci (lower bound)
24.893m
mean ci (upper bound)
25.107m
std dev ci (lower bound)
9.973m
std dev ci (upper bound)
nan
normality probability
0.22%
The number of observations of etime (10) of grep 'a*' -R . is less than 15.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 5.000%.
The mean difference per standard deviation of etime (0.200) of grep '[ab]*' -R . vs. grep 'a*' -R . is less than 1.000.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 15.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 5.000%.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 1.000%.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 30.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 1.000%.
The mean difference per standard deviation of etime (0.200) of grep '[ab]*' -R . vs. grep 'a*' -R . is less than 2.000.
The number of observations of etime (10) of grep 'a*' -R . is less than 30.
The used statistical significance test showed that the significance of the difference with etime (0.673) of grep '[ab]*' -R . vs. grep 'a*' -R . is too low.
Difference of means
... per first mean
... per max std dev
t test
(1).(000)m (3).(846)% (20).(000)% 67.33%

The grep '[ab]*' -R . relative to the grep 'a*' -R . is 1.04 (geometric standard deviation is 1.0)

The number of observations of etime (10) of grep 'a*' -R . is less than 15.
The mean difference per standard deviation of etime (0.200) of grep '[ab]*' -R . vs. grep 'a*' -R . is less than 1.000.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 15.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 5.000%.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 5.000%.
The standard deviation per mean of etime (18.842%) of grep '[ab]*' -R . is too high it should be <= 1.000%.
The used statistical significance test showed that the significance of the difference with etime (0.673) of grep '[ab]*' -R . vs. grep 'a*' -R . is too low.
The number of observations of etime (10) of grep '[ab]*' -R . is less than 30.
The standard deviation per mean of etime (20.000%) of grep 'a*' -R . is too high it should be <= 1.000%.
The mean difference per standard deviation of etime (0.200) of grep '[ab]*' -R . vs. grep 'a*' -R . is less than 2.000.
The number of observations of etime (10) of grep 'a*' -R . is less than 30.
grep '[ab]*' -R . vs. grep 'a*' -R . (regarding etime)
Difference of means
(1).(000)m
... per first mean
3.846%
... per max std dev
20.000%
... ci (lower bound)
nan
... ci (upper bound)
nan
t
67.33%
min n
10
mean
\(\sigma\) per mean
sem
min
n
2(6).(000)m 1(8).(842)% (1).(633)m 20.000m 10
2(5).(000)m 2(0).(000)% (1).(667)m 20.000m 10
Generated by temci in 0.92 seconds