The research of Paul Ekman and Wallace Friesen found that __________ are universally found in as many as 32 different cultures

What is the difference between clinical and statistical significance?

a) Statistical significance refers to the mathematical probability that after treatment, changes that occurred in the treatment group were actually due to the treatment but may not have any practical or clinical value. Clinical significance examines whether significant findings have practical or clinical value. b) Statistical significance refers to the mathematical probability that after treatment, changes that occurred in the treatment group were actually due to the treatment. Statistical changes always prove the practical or clinical value while clinical significance tracks these effective treatments in real world clinical settings. c) There is no difference between clinical and statistical significance. Both refer to the mathematical probability that changes after treatment were actually due to the treatment and track these occurrences in clinical settings. d) Statistical significance examines whether significant findings have practical or clinical value. Clinical significance refers to the mathematical probability that after treatment, changes that occurred in the treatment group were actually due to the treatment but may not have any practical or clinical value.

The process of assessment first involves an evaluation of what procedures and instruments to administer as well as

A) determining which measures of biological function, cognition, emotion, and behavior to use. B) obtaining feedback from relatives using structured interviews. C) determining the number, order, and timing of tests to be administered. D) considering the patient's potential for completing the tests within a given time frame.