Unit V Review Sheet (updated for Fall 2015) (Note: Terms are arranged in order of appearance in the readings. Terms with an asterisk were also mentioned in lecture. Some of these overlap with Unit IV terms.) For Test 2, know the following: Intrinsic reinforcement theories *Hull *Drive Reduction intervening variable *incremental learning *all-or-none learning *habit strength *drive *reaction potential *effective reaction potential *reactive inhibition *conditioned inhibition spacing effect *spontaneous recovery *algebraic summation need-drive cycle *habit hierarchy *Tolman & Honzik *Sheffield & Roby *drive stimuli Crespi incentive motivation stimulus-intensity dynamism *molecular Rs *Macfarlane *Morris, Garrud, Rawlins, & O'Keefe *McNamara, Long, & Wike *Menzel *observational learning *cognitive maps *Miller & Kessen *Sheffield, Wulff, & Backer *Butler And also from lectures: need appetitive R performance learning latent learning And The Following Are For Test 3: *consummatory response hypothesis *instrumental responses *consummatory responses *vigor optimal stimulation theory *Premack *Premack principle *preference ordering *congruity effect *deprivation *Timberlake & Allison *response deprivation hypothesis Allison & Timberlake *equilibrium *bliss point *Guthrie *Voeks principle of association principle of postremity principle of response probability *response competition *Fowler & Miller *Baum *flooding *Bandura Bandura, Ross, & Ross *model *vicarious RF *vicarious P *imitation priming effect Trapold serial choice discrimination common outcomes procedure differential outcomes procedure Peterson acquired stimulus equivalence *Mowrer *Two-Factor Theory of Avoidance Learning *problem of foresight Bolles SSDR *danger signal *safety signal *Seligman & Johnston *cognitive expectancy theory *Black *Kamin, Brimer, & Black Herrnstein & Hineline response-outcome associations stimulus-outcome associations know-how knowledge know-that knowledge And also from lectures: need appetitive R performance learning latent learning unlearned state learned state transitional probability Scavio Adelman & Ma'atsch Sidman