PSY 4372: Forensic Psychology

Ester's perception is influenced by binocular cues aiding in depth judgement. Her decision to investigate hinges on signal detection theory discerning significance in stimuli. Her actions are swayed by perceptual set based on past experiences and her balance managed by the vestibular sense comes into play. The gate-control theory sheds light on her pain perception after the fall.

This video offers a comprehensive exploration into the realms of behaviorism, classical and operant conditioning, and observational learning, punctuated by luminaries like Pavlov and Bandura. Dive deeper into cognitive learning and how figures like Piaget have revolutionized understanding. Learn the intricacies of memory—from encoding to retrieval, and its pitfalls. Finally, delve into consciousness, from daily wakefulness to altered states induced by meditation or drugs. It's a holistic guide t

Learn how the process of Standardization in test development ensures a consistent experience for test-takers by defining uniform procedures and establishing meaningful scores. This educational video demonstrates each step visually using sketches to clarify key concepts. Find out why Standardization is the term that best describes this crucial method in test development

Explore the intriguing science behind superstitious behavior. Discover how accidental timing of rewards influences our beliefs and actions. From Pavlov's dogs to lucky shirts, uncover the psychology of coincidences and their effects on our actions.

This video explores the laws of visual perception: Closure, Proximity, Similarity, and Simplicity, and matches them with their respective meanings. Closure involves perceiving fragmented elements as a complete figure, Proximity relates to grouping close elements together, Similarity pertains to grouping similar-looking elements, and Simplicity emphasizes perceiving patterns in the simplest manner possible.

Uncover the marvels of cognitive neural prosthetics and their brain integration. Learn how these advanced brain-computer interfaces can translate user intentions. See their revolutionary role in assisting motor functions.