Test: Means from 2 Populations, Part 3
Loading...
Loading...
9:58
Test: Means from 2 Populations, Part 2by jsnider3675364 views- 8:23
Test: Means from 2 Populations, Part 1by jsnider3675677 views
- 9:47
Test: population proportion, Part 2by jsnider3675659 views
- 5:45
Application of the Central Limit Theorem, Part 1by jsnider367519,238 views
- 5:40
Test: Proportions from 2 Populations, Part 3by jsnider3675152 views
- 6:25
linear correlation Part 1by jsnider3675566 views
- 9:37
sample size: Proportion Part 1by jsnider36758,705 views
- 5:52
sample size: Proportion Part 3by jsnider36752,427 views
- 5:27
normal distribution: IQs, part 2by jsnider36759,982 views
- 9:59
Test: Proportions from 2 Populations, Part 2by jsnider3675205 views
- 9:59
normal distribution: IQs, Part 1by jsnider36755,851 views
- 9:44
Test: population proportion, Part 1by jsnider36751,271 views
- 9:59
Hypothesis Test: Mean, Part 1by jsnider36752,738 views
- 7:20
Frequency Distribution Table Part 1by jsnider367519,578 views
- 6:18
Perms and Combs Part 4by jsnider3675156 views
- 4:46
standard norm distr part 4by jsnider3675333 views
- 9:30
Perms and combs Part 2by jsnider3675219 views
- 9:59
confidence interval: proportion part 1by jsnider36756,826 views
- 21:38
SPSS 5B - Compare two population meansby umncla4,680 views
- 1:26
Statistics Confidence Interval Definition and formulaby mathguyzero122,939 views
Im a little confused about something. You computed what you called a "t statistic". Fine. But you didnt use a t-table to compute a probability. Had you done so, what degrees of freedom would you have used? How can you possibly compare 1.6777 with 2.045 using two sample sizes and two degrees of freedom?
CogitoErgoCogitoSum 1 year ago