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AP Psychology

Explore brain anatomy, cognition, learning, and psychological disorders through interactive modules.

17 visualizationsFree & interactiveNo login required
Split Brain Experiments visualization thumbnail
AP PSYCHOLOGY

Split Brain Experiments

Examine patients with a severed Corpus Callosum. Flash stimuli to isolated visual fields and discover why the Left Hemisphere can speak 'ART' while the Right Hemisphere points to 'HE'.

8,100 views
Piaget's Cognitive Stages visualization thumbnail
AP PSYCHOLOGY

Piaget's Cognitive Stages

Test children's cognitive development across Jean Piaget's 4 stages. Conduct interactive tests for Object Permanence, Egocentrism, Conservation, and Hypothetico-Deductive Reasoning.

7,100 views
Visual Illusions Simulator visualization thumbnail
AP PSYCHOLOGY

Visual Illusions Simulator

Explore Gestalt principles and Top-Down processing heuristics. Manipulate the parameters of classic optical illusions (Müller-Lyer, Ponzo, Ebbinghaus) to see how the brain constructs 3D reality from 2D retina images.

6,800 views
Conformity Studies (Asch) visualization thumbnail
AP PSYCHOLOGY

Conformity Studies (Asch)

Simulate Solomon Asch's classic line experiment. Experience normative social influence as confederates give unanimous wrong answers, and see how a single dissenter shatters conformity.

6,500 views
Operant Conditioning visualization thumbnail
AP PSYCHOLOGY

Operant Conditioning

Master B.F. Skinner's Quadrant. Operate a simulated Skinner Box to see how Positive/Negative Reinforcement and Punishment shape the likelihood of future behaviors.

6,200 views
Kohlberg's Moral Development visualization thumbnail
AP PSYCHOLOGY

Kohlberg's Moral Development

Navigate the Heinz Dilemma. Choose whether to steal the life-saving drug, and explicitly select your reasoning to reveal your position on Kohlberg's 3-level Moral Pyramid.

5,900 views
Memory Processing Models visualization thumbnail
AP PSYCHOLOGY

Memory Processing Models

Visualize the Atkinson-Shiffrin Multi-Store Model. Trace information flow from Sensory Input to Working Memory, and apply Rehearsal to encode it permanently into Long-Term Memory.

5,500 views
Brain Hemispheres & Lobes visualization thumbnail
AP PSYCHOLOGY

Brain Hemispheres & Lobes

Explore the Cerebral Cortex. Interactive neuroanatomy highlighting the Frontal, Parietal, Occipital, and Temporal lobes, along with the Cerebellum and Brainstem.

5,100 views
Sleep Stages EEG visualization thumbnail
AP PSYCHOLOGY

Sleep Stages EEG

Analyze brain wave patterns across the sleep cycle. Differentiate between Alpha/Beta (Awake), Theta (N1), Spindles (N2), Delta (N3), and Paradoxical Sawtooth waves (REM).

4,800 views
Eye & Retina Anatomy visualization thumbnail
AP PSYCHOLOGY

Eye & Retina Anatomy

Trace visual processing from Cornea to Optic Nerve. Zoom into the Retina to understand the counter-intuitive flow from Photoreceptors (Rods/Cones) to Bipolar and Ganglion cells.

4,600 views
Neuron & Action Potential visualization thumbnail
AP PSYCHOLOGY

Neuron & Action Potential

2,995 views
Memory & Encoding visualization thumbnail
AP PSYCHOLOGY

Memory & Encoding

2,459 views
Maslow's Hierarchy of Needs visualization thumbnail
AP PSYCHOLOGY

Maslow's Hierarchy of Needs

2,438 views
Normal Distribution & IQ visualization thumbnail
AP PSYCHOLOGY

Normal Distribution & IQ

2,053 views
Classical Conditioning visualization thumbnail
AP PSYCHOLOGY

Classical Conditioning

1,873 views
Signal Detection Theory visualization thumbnail
AP PSYCHOLOGY

Signal Detection Theory

1,667 views
Retinal Disparity & Binocular Cues visualization thumbnail
AP PSYCHOLOGY

Retinal Disparity & Binocular Cues

Simulate how the left and right eyes receive slightly different 2D images, allowing the brain to compute 3D depth and convergence angles.

0 views

Visualize the Mind with AP Psychology Interactive Modules

AP Psychology is the systematic and scientific study of human behavior and mental processes. While often viewed as a reading-heavy humanities course, the modern AP exam heavily tests the biological basis of behavior, requiring students to understand neuroanatomy and cognitive mechanisms. ShowMeClass transforms textbook definitions into interactive anatomical and cognitive models.

The course integrates nine major units: Scientific Foundations of Psychology (Unit 1), Biological Bases of Behavior (Unit 2), Sensation and Perception (Unit 3), Learning (Unit 4), Cognitive Psychology (Unit 5), Developmental Psychology (Unit 6), Motivation, Emotion, and Personality (Unit 7), Clinical Psychology (Unit 8), and Social Psychology (Unit 9).

3D Brain Modeling and Perception Tracking

Memorizing the functions of the brain's lobes, limbic system, and brainstem is daunting. Our interactive 3D brain model lets you rotate, dissect, and isolate specific structures (like the amygdala or hippocampus), clicking on them to reveal associated behaviors and pathologies. For Sensation and Perception, we offer interactive optical illusions and auditory frequency tools that physically demonstrate the difference between absolute thresholds and difference thresholds (Weber's Law).

Frequently Asked Questions

Do you have visualizations for action potentials?

Yes, our neural transmission modules let you simulate an action potential. You can watch sodium ($Na^+$) and potassium ($K^+$) ions actively pass through concentration gradients across the axon membrane, tracing the depolarization and repolarization graph in real-time.

How do your tools help with classical and operant conditioning?

We provide interactive timeline models to demonstrate behavioral learning. For Pavlovian classical conditioning, you can manipulate the timing between the unconditioned stimulus and neutral stimulus to properly execute delayed conditioning. For Skinnerian operant conditioning, you can map out reinforcement schedules (like variable-ratio) to visually predict response rates over time.

Is the new AP Psychology curriculum updated?

Yes. We constantly align our models to the College Board's latest Course and Exam Description (CED), which increasingly favors scientific research methods, experimental design, and neurobiology.