B.
Logistic regression.
✓
B.
Interquartile range.
✓
A.
Binomial distribution.
✓
B.
Poisson distribution.
✓
C.
Normal distribution.
✓
D.
Exponential distribution.
✓
A.
Independent samples t-test.
✓
A.
Correlation implies causation.
✓
B.
The correlation is likely due to chance.
✓
C.
Correlation does not imply causation; confounding or other factors may be at play.
✓
D.
The study was poorly designed.
✓
A.
There is a 0.1% chance that the drug is ineffective.
✓
B.
The probability of observing results as extreme as, or more extreme than, those obtained, assuming the null hypothesis is true.
✓
C.
The probability that the null hypothesis is true.
✓
D.
The probability of making a Type I error.
✓
B.
Confidence interval.
✓
C.
Statistical power and sample size calculation.
✓
C.
Independent samples t-test.
✓
C.
Correlation coefficient.
✓
A.
To reduce the cost of the trial.
✓
B.
To prevent bias in the assessment of outcomes due to participant or researcher expectations.
✓
C.
To make data analysis easier.
✓
D.
To ensure all participants receive the active drug.
✓
D.
Florence Nightingale
✓
A.
Roy's Adaptation Model
✓
B.
Henderson's Need Theory
✓
C.
Leininger's Culture Care Theory
✓
D.
Nightingale's Environmental Theory
✓
