Anthropocentrism, Biocentrism, Ecocentrism

Understanding Geography and Its Implications The Nature of Geography Geography transcends mere location; it investigates the reasons behind spatial phenomena and the interplay of social forces that shape places. Maps are not neutral; they embed cultural and ideological biases that influence perceptions of space. For example, the Mercator projection distorts the size of landmasses, affecting our understanding of global geography. Core concepts include human/environment relationships, space, place, region, movement, landscape, and location, each contributing to a comprehensive understanding of geography. Space is both a measurable entity (e.g., coordinates) and a cultural construct influenced by language and technology, exemplified by the concept of space-time compression. The Lefebvre triad illustrates the complexity of spatial understanding: spatial practice (how space is used), representations of space (how space is conceptualized), and representational spaces (the lived experiences of space). The concept of scale is crucial; phenomena like global warming manifest differently across various scales, challenging the notion that 'global' is inherently dominant. Globalization and Its Challenges Globalization fosters closer relationships between distant places, but its effects are uneven, contradicting the 'flat world' argument that location is becoming irrelevant. The course critiques the neoliberal perspective that reduces all values to monetary worth, particularly in education, as discussed in Deresiewicz's 'The Neoliberal Arts'. The 'End of Geography' argument posits that technological advancements diminish the importance of location, yet the course emphasizes that geographical context remains significant in understanding social dynamics. Globalization's impact is not uniform; it creates winners and losers, necessitating a critical examination of its implications on local cultures and economies. The interconnectedness of global economies can lead to cultural homogenization, raising concerns about the preservation of local identities and practices. Historical context: The rise of globalization can be traced back to colonialism and the expansion of trade networks, which laid the groundwork for contemporary global interactions. The Neoliberal Arts and Higher Education The Impact of Neoliberalism on Education Neoliberalism has transformed American higher education, prioritizing marketable skills over intellectual growth, as articulated by Deresiewicz. The shift from mission statements focused on learning to vague buzzwords reflects a broader trend of commodifying education, where the value of knowledge is measured by its economic utility. David Brooks identifies three purposes of college: commercial (career preparation), cognitive (learning to think), and moral (developing personal beliefs), with only the commercial purpose being widely recognized today. The decline of the moral purpose in education is evident in the increasing focus on vocational training at the expense of critical thinking and the humanities. Historical rebuttal: The moral purpose of education has deep roots in American history, dating back to land-grant colleges and the G.I. Bill, which aimed to democratize access to education. The concept of 'learned helplessness' illustrates how students internalize market-driven narratives, feeling powerless against economic forces that dictate their career paths. The Role of Buzzwords in Education Buzzwords like leadership, service, and creativity are critiqued for perpetuating neoliberal assumptions and undermining genuine educational values. Leadership is framed as creating a hierarchy, where a select few lead while the majority follow, detracting from the ideal of collective citizenship. Service is often portrayed as a benevolent act by the privileged, reinforcing social hierarchies rather than fostering genuine community engagement. Creativity is redefined within a business context, limiting it to predetermined outcomes rather than encouraging open-ended exploration and innovation. The push for technocratic solutions within a static market framework fails to address pressing issues like climate change and social inequality, which require transformative approaches. Counterbalancing institutions, such as the arts and democracy, are increasingly subsumed by market logic, leading to a homogenization of cultural and educational values. Discussion and Reflection Critical Questions for Consideration Should moral education, as defined by Deresiewicz, be a fundamental purpose of higher education? How do personal experiences reflect the 'retrofitting' of educational values towards neoliberal ideals? In what ways can students and educators advocate for a return to the intellectual and moral purposes of education? What role do counterbalancing institutions play in resisting the commodification of education? How can we redefine success in education beyond marketable skills to include critical thinking and civic engagement? What strategies can be employed to challenge the prevailing narratives of learned helplessness among students? Neoliberalism and Higher Education Conceptual Framework of Neoliberalism Deresiewicz argues that neoliberalism is a choice rather than an inevitable outcome, suggesting that societal structures can be altered through collective action. Neoliberalism emphasizes market-driven solutions, often at the expense of public goods and services, particularly in education. The commodification of higher education leads to a focus on profit rather than the intellectual and moral development of students. Proposed Solutions to Neoliberalism in Education Deresiewicz advocates for treating higher education as a right, promoting high-quality, low- or no-cost public education. He emphasizes the need to restore the intellectual and moral purposes of education, moving away from purely market-driven motives. Collective student action is highlighted as a means to challenge the neoliberal framework and advocate for public solutions. Discussion Questions and Their Implications Should moral education be a fundamental purpose of higher education? This question invites reflection on the role of ethics in academic institutions. The concept of 'retrofitting' suggests adapting existing structures to better serve public interests; students are encouraged to reflect on their experiences with this. Understanding these themes is crucial as they set the stage for discussions on political economy later in the course. Nations and States: Definitions and Dynamics Definitions and Distinctions A nation is defined as an 'imagined community' characterized by shared identity elements such as language, history, and values. A state is a politically organized entity with a defined territory, government, and permanent population, distinct from the concept of a nation. The term 'nation-state' refers to the overlap of these two concepts, though real-world examples often reveal discrepancies. Historical Context and Evolution The Peace of Westphalia (1648) marked a significant shift in the understanding of statehood, establishing the principles of territoriality and sovereignty. Prior to this, populations were defined by territory; post-Westphalia, territory began to define populations, influencing global governance. Colonialism played a crucial role in spreading the nation-state model worldwide, often disregarding existing cultural and ethnic identities. Contemporary Challenges to Nation-States The concept of territoriality is challenged by globalization, migration, and technological advancements, leading to phenomena like deterritorialization. Non-state actors, such as the UN and IMF, play significant roles in global governance, often complicating traditional state authority. The rise of independence movements (e.g., Catalonia, Scotland) reflects growing discontent with established nation-states and their governance. The Future of Nation-States Independence Movements and Globalization Recent independence movements are fueled by historical grievances and the perceived artificiality of nation-states, often drawn from colonial legacies. The decline of interstate wars has created a more favorable environment for secessionist movements, as seen in Scotland and Catalonia. Globalization has lowered the costs of independence, allowing smaller regions to seek autonomy without the need for large military forces. The Role of Technology and Identity Technology, particularly social media, has facilitated democratic uprisings and the organization of independence movements. However, rather than unifying populations, the internet has often highlighted differences, leading to increased tribalism and identity politics. The concept of nations being 'made' rather than 'given' suggests that identity can be constructed through education, media, and political narratives. The Concept of 'Lands in Limbo' Regions like Nagorno-Karabakh and Abkhazia exemplify the challenges of non-recognition, facing economic isolation and high unemployment rates. The difficulty of gaining international recognition for breakaway states is often tied to the interests of powerful nations, which fear encouraging separatism within their borders. The tension between self-determination and multiculturalism raises questions about the future of nation-states and the inclusivity of national identities. The Role of Technology and Nation-States Technology and Social Dynamics The internet was anticipated to unify people, yet it has led to increased tribalism as individuals focus on differences rather than commonalities. The phenomenon of 'secession from the public good' highlights how individuals withdrawing from public institutions, like schools, undermines national cohesion and identity. The nation-state's survival is attributed to its monopoly on violence and territorial defense, necessitating active democratic engagement at all levels of governance. Global Challenges and Nation-State Dynamics Global issues such as climate change require international cooperation, which becomes increasingly complex with the involvement of multiple nation-states. Alternatives to traditional nation-states include communitarian models, such as the Kurdish region in Syria, and proposals for a stronger United Nations or European Union-style governance. Nation-building is an ongoing process, as seen in Pakistan's struggle to define its identity post-partition, reflecting the complexities of national narratives and the role of religion in politics. Foundations of Political Economy Historical Context of Political Economy The term 'economy' originates from the Greek 'oikonomos', meaning household manager, indicating the historical link between state management and economic relations. The separation of the economy as a distinct sphere emerged around 300 years ago, leading to a perception of economic relations as superior to other social relations. Early political economists viewed the state as a manager of resources, including food, infrastructure, and education, shaping societal relations. Economic Frameworks and Theories Neoclassical economics emphasizes rational, profit-maximizing individuals and the market's inherent logic, favoring private property rights. Marxian economics critiques this view, focusing on class struggles and the ownership of surplus value by capitalists, highlighting the labor-capital contradiction. Both frameworks represent forms of economic determinism, suggesting that market forces or class relations dictate societal outcomes. Globalization and Economic Structures Evolution of Global Economic Systems Globalization is propelled by advancements in communication, transportation, and logistics, yet it remains uneven due to digital divides and political choices. Historical progression from feudalism to post-Fordism illustrates shifts in economic structures, including the transition from industrial to service economies. Commodification in modern economies emphasizes the creation of desire over mere production, leading to cycles of innovation and consumption. Global Economic Hierarchies The classification of countries into core, semi-periphery, and periphery highlights disparities in capital management and resource supply. The Apple example illustrates how core countries benefit from R&D while peripheral countries provide cheap labor for assembly, maximizing profits at the core. The rise of platform capitalism and the gig economy raises questions about job stability and the distribution of economic benefits. Population Dynamics and Theories Malthusian Theory and Critiques Malthus's principle posits that population grows geometrically while food supply increases arithmetically, leading to checks on population growth. Elwell's reinterpretation of Malthus suggests that checks on population are constant and that productivity gains lead to population increases rather than simple overshoot. Robbins critiques the Malthusian narrative, arguing that affluence and technology play a more significant role in resource consumption than sheer population numbers. Historical Population Controls and Transitions The 'Four Horsemen' of pre-industrial society—disease, famine, war, and conquest—historically regulated population growth. The Demographic Transition Model illustrates the decline of death rates followed by birth rates, influenced by urbanization and women's education. Criticisms of the model highlight its Eurocentric bias and the oversimplification of complex societal interactions, particularly regarding colonialism and exploitation.

Psychology: Development Across the Life Span Study notes 1. Developmental psychology (slides 2–11) Developmental psychology: The study of how people change from conception until death. Three domains of development: Physical: Changes in the brain and body. Cognitive: Changes in thinking, learning and memory. Socio-emotional: Changes in emotions and relationships. Important terms Term What to remember Teratogens Substances that harm prenatal development Fetal alcohol syndrome (FAS) A serious condition caused by prenatal alcohol exposure Maturation Natural physical development that makes new abilities possible Synapses Connections where neurons communicate Myelination Insulation of axons that improves neural signaling Brain development: Positive environments, stimulation and caregiver contact support healthy brain development. Poverty, toxins, stress and poor nutrition can negatively affect development. Exam example: A baby gradually develops the physical ability to sit, crawl and walk. Answer: Maturation. 2. Attachment theory (slides 12–17) Harlow's experiment Baby monkeys were given two artificial mothers: A wire mother that provided milk. A soft cloth mother that provided comfort. The monkeys preferred the cloth mother and approached the wire mother mainly for food. Conclusion: Attachment involves comfort and security, not just food. Ainsworth's three attachment styles Style Behavior Secure Upset when caregiver leaves; comforted when they return Avoidant Avoids or ignores the caregiver Ambivalent Seeks comfort but also resists it Separation anxiety: Distress when separated from a caregiver. Exam example from your slides: Ian cries for attention. When his mother eventually picks him up, he hugs her but continues crying and pushes his toy away. Answer: Ambivalent attachment. 3. Piaget's cognitive development (slides 22–32) This is a section I'd spend extra time studying because it includes several theories and concepts that can appear in scenario questions. Schemas: Mental frameworks used to understand the world. Assimilation: Adding new information to an existing schema. Accommodation: Changing an existing schema to fit new information. Example: A child calls every four-legged animal a dog. That's assimilation. The child learns that cats are different from dogs and changes their understanding. That's accommodation. Piaget's four stages Four stages to memorize Age ranges follow your professor's slides. Sensorimotor: Birth–2 years Babies learn through their senses and movements. Key concept: Object permanence — knowing an object still exists when hidden. Preoperational: 2–7 years Children use symbols and imagination but struggle with logical reasoning. Key concepts: Egocentrism, symbolic play and difficulty understanding conservation. Concrete operational: 7–12 years Children develop logical thinking about concrete situations. Key concepts: Conservation, rules and improved mathematical reasoning. Formal operational: 12 years–adulthood People develop abstract thinking and can formulate and test hypotheses. Other important definitions Object permanence: Knowing something exists even when you can't see it. Egocentrism: Difficulty understanding another person's perspective. Conservation: Understanding that quantity remains the same even when appearance changes. Symbolic play: Pretending one object represents something else. Piaget's limitation: He underestimated how early some cognitive abilities develop. Modern psychologists often view development as more gradual. 4. Adolescent development (slides 34–38) Adolescence: Approximately ages 11–21, according to your slides. Important brain regions: Limbic system: Involved in motivation and emotions. Frontal cortex: Important for planning, judgment and decision-making. During adolescence, emotional and motivational systems can be particularly active while the frontal cortex continues developing. Factors influencing identity Culture Gender Personal characteristics Friends and peers Parenting Four parenting styles Style Definition Authoritarian Strict rules, low responsiveness Authoritative Clear rules, high responsiveness Permissive Few rules, high responsiveness Neglectful Few rules, low responsiveness Remember the difference between authoritarian and authoritative. They sound similar but represent different parenting approaches. 5. Erikson's psychosocial theory (slides 18–20, 38–40) Erikson proposed eight stages of psychosocial development. Each involves a developmental conflict. Your slides emphasize identity formation during adolescence and three challenges in later life. For your notes, learn all eight stages. Stage Conflict Infancy Trust vs. mistrust Toddlerhood Autonomy vs. shame and doubt Preschool Initiative vs. guilt Childhood Industry vs. inferiority Adolescence Identity vs. role confusion Young adulthood Intimacy vs. isolation Middle adulthood Generativity vs. stagnation Late adulthood Integrity vs. despair Four concepts to understand especially well: Identity vs. role confusion: Discovering who you are. Intimacy vs. isolation: Developing close relationships. Generativity vs. stagnation: Contributing to future generations. Integrity vs. despair: Reflecting on your life with satisfaction or regret. Exam example: Nathan joins several different social groups during high school while figuring out who he is. Answer: Identity vs. role confusion. 6. Kohlberg's moral development (slides 41–47) Kohlberg studied how people reason about right and wrong. Three levels of moral reasoning Preconventional Morality is based on punishment, rewards and self-interest. Example: "I won't steal because I might get caught." Conventional Morality is based on laws, social rules and other people's approval. Example: "I won't steal because stealing is against the law." Postconventional Morality is based on broader ethical principles and human rights. Example: "An unjust law may need to be challenged to protect human rights." Heinz dilemma: A man must decide whether to steal expensive medicine to save his dying wife. Kohlberg was interested in the reasoning behind a person's decision, not simply whether they answered yes or no. Exam examples from your slides Jan fears punishment for an unpaid textbook: Preconventional. Kyle leaves a note after damaging a car because the law requires it: Conventional. A protester breaks curfew to oppose racial injustice based on broader ethical principles: Postconventional. What to put on your exam index card Your professor may allow a limited amount of space, so prioritize concepts that are easy to confuse and useful for scenario questions. Index card notes Copy DEVELOPMENT Physical = body | Cognitive = thinking | Socio-emotional = relationships Teratogens = harm fetus | FAS = prenatal alcohol exposure | Maturation = natural physical development ATTACHMENT Harlow: Comfort over food Secure = accepts comfort | Avoidant = avoids caregiver | Ambivalent = seeks + resists comfort PIAGET Assimilation = use old schema | Accommodation = change schema Sensorimotor (0–2) = senses, object permanence Preoperational (2–7) = symbols, egocentrism, struggles with conservation Concrete (7–12) = logic, conservation Formal (12+) = abstract thinking, hypotheses ADOLESCENCE Limbic = emotion | Frontal = judgment Authoritarian = strict/low warmth | Authoritative = strict/high warmth Permissive = few rules/high warmth | Neglectful = few rules/low warmth ERIKSON Trust → Autonomy → Initiative → Industry → Identity → Intimacy → Generativity → Integrity KOHLBERG Preconventional = punishment/reward Conventional = laws/approval Postconventional = ethical principles Check your professor's rules for index-card size and whether both sides are allowed. This is a condensed reference, not a replacement for studying. How to study these notes without repeating your last exam Tonight, start with attachment and Piaget. Read each section, cover your notes and explain the concepts out loud. Then answer your professor's example questions without looking. Tomorrow, study Erikson and Kohlberg the same way. Review adolescent and prenatal development afterward. For every concept, aim to do three things: define it, give an example and recognize it in a scenario. Most importantly, don't just reread this study guide. Your professor's slides contain eight scenario-based practice questions. Answer all eight without your notes, then explain why each correct answer fits. That's your first practice test

Cluster A - Odd or Eccentric - Chapter 9

Decolonising IR & Eurocentrism

flexion, extension, eccentric and concentric

NCLEX Review: Mental Health Disorders Anxiety Disorders Generalized Anxiety Disorder (GAD) Excessive worry lasting 6 months or more Symptoms: Restlessness Muscle tension Fatigue Poor concentration Sleep disturbance Panic Disorder Sudden intense fear with: Chest pain Palpitations Shortness of breath Feeling of doom Nursing: Stay with client Calm environment Short/simple communication Phobias Irrational fear of object/situation Treatment: Exposure therapy CBT SSRIs sometimes used OCD (Obsessive-Compulsive Disorder) Obsessions = intrusive thoughts Compulsions = repetitive behaviors to reduce anxiety Nursing: Do not suddenly stop rituals Set limits gradually Encourage coping skills PTSD Triggered after traumatic event Symptoms: Flashbacks Hypervigilance Nightmares Avoidance Priority: Safety Trauma-informed care Depression Disorders Major Depressive Disorder Symptoms SIGECAPS: Sleep changes Interest loss Guilt Energy low Concentration poor Appetite changes Psychomotor changes Suicidal thoughts Nursing Priorities Suicide assessment Nutrition/hydration Sleep/rest Medication adherence Medications SSRIs Examples: Sertraline Fluoxetine Teachings: Takes weeks to work Do not stop abruptly Watch for serotonin syndrome Serotonin Syndrome Symptoms: Agitation Fever Tremor Hyperreflexia Diarrhea Bipolar Disorder Mania Symptoms Mnemonic: DIG FAST Distractibility Indiscretion Grandiosity Flight of ideas Activity increased Sleep deficit Talkative Nursing Care Reduce stimulation Set firm limits High-calorie finger foods Encourage rest Medications Mood Stabilizers Lithium Anticonvulsants Lithium Toxicity Therapeutic level: 0.6–1.2 mEq/L Toxic signs: Tremor Vomiting Confusion Ataxia Severe diarrhea Important: Maintain sodium/fluid intake Dehydration increases toxicity risk Schizophrenia Spectrum Disorders Positive Symptoms Things added: Hallucinations Delusions Paranoia Disorganized speech Negative Symptoms Things lost: Flat affect Social withdrawal Anhedonia Lack of motivation Hallucination Nursing Response Present reality “I do not hear the voices.” Assess for command hallucinations Delusions Do NOT argue. Respond: “I understand this feels real to you.” Antipsychotics First Generation Haloperidol Risk: EPS Tardive dyskinesia Neuroleptic malignant syndrome (NMS) Second Generation Olanzapine Risperidone Risk: Weight gain Diabetes Metabolic syndrome EPS Symptoms Acute dystonia Akathisia Parkinsonism Tardive dyskinesia Treatment: Benztropine Diphenhydramine Neuroleptic Malignant Syndrome Medical emergency: Fever Rigidity Confusion Elevated CK Personality Disorders Cluster A Odd/eccentric Paranoid Schizoid Schizotypal Cluster B Dramatic/emotional Antisocial Borderline Histrionic Narcissistic Borderline Personality Disorder Fear of abandonment Splitting staff Self-harm risk Nursing: Consistent boundaries Team communication Cluster C Anxious/fearful Avoidant Dependent Obsessive-compulsive personality disorder Eating Disorders Anorexia Nervosa Severe restriction Distorted body image Bradycardia Electrolyte imbalance Priority: Monitor cardiac status Daily weights Observe after meals Bulimia Nervosa Binge/purge behavior Normal weight often seen Complications: Hypokalemia Dental erosion Substance Use Disorders Alcohol Withdrawal Starts within hours after last drinkd

Postcolonialism Part 2: Orientalism and Eurocentrism

Unit 1: Psychology’s History and Approaches Big Idea: Psychology is the scientific study of behavior and mental processes. This unit asks: Why do people think, feel, and behave the way they do, and how do psychologists study it? 1. Early Schools of Thought Structuralism Focused on breaking conscious experiences into smaller parts. Example: Describing every taste, smell, and feeling while eating pizza. Functionalism Focused on WHY behaviors and thoughts exist. Example: Fear exists because it helps humans survive danger. Connection: Structuralists asked “What are thoughts made of?” Functionalists asked “What purpose do thoughts serve?” 2. Major Psychological Perspectives Biological Perspective Behavior comes from the brain, genetics, and hormones. Example: Depression connected to serotonin levels. Behavioral Perspective Behavior is learned through rewards and punishments. Example: A dog learns tricks because it gets treats. Cognitive Perspective Focuses on thinking, memory, and problem-solving. Example: Why students remember some facts better than others. Humanistic Perspective Humans naturally strive for growth. Example: Trying to achieve goals and improve yourself. Psychodynamic Perspective Unconscious conflicts affect behavior. Example: Getting unusually angry because of hidden stress. Evolutionary Perspective Behaviors developed because they helped survival. Example: Humans naturally fearing dangerous animals. Sociocultural Perspective Behavior is shaped by culture and society. Example: Different cultures have different expectations for personal space. 3. Research Methods Experiment Used to determine cause and effect. Independent Variable What the researcher changes. Dependent Variable What the researcher measures. Example: Studying whether sleep affects test scores. * Amount of sleep = IV * Test score = DV Correlation Shows relationship between variables. Important: Correlation does NOT equal causation. Example: Ice cream sales and drowning both rise during summer. Random Assignment Participants randomly placed into groups. Helps reduce bias. Double-Blind Procedure Neither researchers nor participants know who receives treatment. Prevents expectations from affecting results. BIG AP EXAM CONNECTION The AP exam loves asking: * Which perspective best explains this behavior? * Which research method should be used? * Why doesn’t correlation prove causation? Example: A psychologist studies how rewards affect studying. → Behavioral perspective + experiment Unit 2: Biological Basis of Behavior Big Idea: Your brain, nervous system, hormones, and genetics all shape behavior. The whole unit asks: How do your body and brain create thoughts, emotions, and behavior? 1. Nature vs. Nurture = Who You Are Main Idea: Your behavior comes from BOTH: * Nature = genetics/heredity * Nurture = environment and experiences Example: Someone may inherit anxiety tendencies but stressful experiences can make anxiety stronger. 2. Nervous System Central Nervous System Brain + spinal cord. Peripheral Nervous System Nerves outside the brain and spinal cord. Sympathetic Nervous System Activates during stress. Example: Heart racing before giving a speech. Parasympathetic Nervous System Calms the body afterward. 3. Neurotransmitters Dopamine Reward and pleasure. Example: Social media likes feel rewarding. Serotonin Mood and sleep. Low levels linked to depression. Acetylcholine Movement and memory. Linked to Alzheimer’s disease. GABA Calms nervous system. Low GABA linked to anxiety. 4. Brain Structures Frontal Lobe Decision-making and personality. Occipital Lobe Vision. Temporal Lobe Hearing and memory. Hippocampus Memory formation. Amygdala Fear and aggression. BIG AP EXAM CONNECTION A student panicking before a test: * amygdala activates fear * sympathetic nervous system increases heart rate * adrenaline releases Unit 3: Sensation and Perception Big Idea: Sensation detects information. Perception interprets information. This unit asks: How does the brain create your experience of the world? 1. Sensation Absolute Threshold Smallest amount of stimulation needed to notice something. Example: Hearing a quiet text notification. Difference Threshold Smallest noticeable difference between stimuli. Example: Noticing the TV volume changed. Sensory Adaptation Becoming less aware of constant stimulation. Example: Not noticing your hoodie after wearing it awhile. 2. Vision Rods Help see in dim light. Cones Detect color. Blind Spot Area without receptors. 3. Hearing Frequency Determines pitch. Amplitude Determines loudness. 4. Perception Gestalt Principles The brain organizes pieces into meaningful wholes. Example: Seeing a complete logo even with missing parts. Depth Perception Ability to see distance in 3D. Example: Catching a volleyball. Perceptual Set Expectations affect perception. Example: Misreading a word because you expected something else. BIG AP EXAM CONNECTION The exam often gives optical illusions or perception scenarios. Example: A person stops noticing a strong smell after 10 minutes. → sensory adaptation Unit 4: Learning Big Idea: Behavior changes because of experience. This unit asks: How do humans and animals learn behaviors? 1. Classical Conditioning Learning through association. Pavlov’s Dogs Dogs learned to associate a bell with food. Unconditioned Stimulus Naturally causes response. Conditioned Stimulus Previously neutral stimulus causing learned response. Example: Feeling hungry when hearing the microwave beep. 2. Operant Conditioning Learning through rewards and punishments. Positive Reinforcement Adding something good to increase behavior. Example: Getting money for good grades. Negative Reinforcement Removing something unpleasant. Example: Seatbelt alarm stopping. Punishment Decreases behavior. 3. Observational Learning Learning by watching others. Example: Kids copying influencers online. BIG AP EXAM CONNECTION The AP exam loves reinforcement examples. Example: A student studies harder after praise from parents. → positive reinforcement Unit 5: Cognitive Psychology Big Idea: Humans think, remember, solve problems, and use language. This unit asks: How does the mind process information? 1. Memory Process Encoding Getting information into memory. Storage Keeping information over time. Retrieval Getting information back. 2. Types of Memory Sensory Memory Very brief memory. Short-Term Memory Temporary limited storage. Long-Term Memory Relatively permanent storage. Working Memory Actively using information. Example: Doing math in your head. 3. Forgetting Proactive Interference Old information disrupts new information. Retroactive Interference New information disrupts old information. Example: Forgetting old password after learning a new one. 4. Problem Solving Algorithm Step-by-step method. Heuristic Mental shortcut. Confirmation Bias Looking for information supporting beliefs. Example: Only reading opinions you already agree with. BIG AP EXAM CONNECTION A student mixes up Spanish vocabulary from last year with current vocabulary. → proactive interference Unit 6: Developmental Psychology Big Idea: Humans develop physically, mentally, and socially across life. This unit asks: How do people change from infancy through adulthood? 1. Piaget’s Cognitive Development Sensorimotor Stage Babies learn through senses and actions. Object Permanence Understanding objects still exist when hidden. Example: Babies searching for hidden toys. Preoperational Stage Children use language but think egocentrically. Egocentrism Difficulty understanding another perspective. Example: A child assuming everyone sees exactly what they see. Concrete Operational Stage Logical thinking develops. Formal Operational Stage Abstract thinking develops. Example: Thinking about hypothetical situations. 2. Attachment Strong emotional bond with caregivers. Secure Attachment Healthy trust and comfort. 3. Parenting Styles Authoritative Strict but supportive. Usually healthiest. Authoritarian Strict with little warmth. Permissive Warm but few rules. BIG AP EXAM CONNECTION A teenager exploring identity and future goals. → Erikson’s identity vs role confusion stage Unit 7: Motivation, Emotion, and Personality Big Idea: Motivation drives behavior, emotions affect actions, and personality shapes how people interact. 1. Motivation Drive-Reduction Theory People act to reduce discomfort. Example: Eating when hungry. Maslow’s Hierarchy Basic needs come before higher goals. Example: Someone struggling financially may focus on survival before self-esteem. 2. Emotion Theories James-Lange Theory Physical response first. Example: Heart races THEN fear is felt. Cannon-Bard Theory Emotion and physical response happen together. Schachter Two-Factor Theory Emotion depends on physical arousal plus interpretation. 3. Personality Trait Theory Personality made of stable characteristics. Big Five Traits * openness * conscientiousness * extraversion * agreeableness * neuroticism BIG AP EXAM CONNECTION A student interpreting sweaty palms before a game as excitement. → Schachter two-factor theory Unit 8: Clinical Psychology Big Idea: Psychological disorders affect thoughts, emotions, and behaviors. This unit asks: How are disorders identified and treated? 1. Anxiety Disorders Generalized Anxiety Disorder Constant excessive worry. Phobias Irrational fears. OCD Obsessions and compulsions. 2. Mood Disorders Major Depressive Disorder Persistent sadness and loss of interest. Bipolar Disorder Extreme mood swings. 3. Schizophrenia Disordered thinking and perception. Hallucinations False sensory experiences. Delusions False beliefs. 4

Environmental Ethics: Moral Agency, Land, and Ecocentric Perspectives

VHS Study Guide Psychology WEEK 1: Psychology as a Science The goal of this week is to distinguish between "Pop Psychology" (myths) and "Empirical Science" (facts). 1. The Philosophical Roots & "Big Names" Wilhelm Wundt: Established the first psychology lab (1879). He used Structuralism, trying to map the "structure" of the mind through Introspection (having subjects report every tiny sensation they felt). Sigmund Freud: Founded Psychoanalysis. He believed behavior is driven by the Unconscious mind and childhood traumas. He used dream analysis and "free association." Behaviorism (Watson & Skinner): They rejected Freud. They argued psychology must be an Empirical Science, meaning we only study what we can see and measure. Watson: Famous for the "Little Albert" study (fear conditioning). Skinner: Focused on how rewards/punishments shape behavior (Operant Conditioning). Ivan Pavlov: A physiologist who discovered Classical Conditioning (associating a neutral stimulus, like a bell, with a natural reflex, like drooling). Maslow’s Hierarchy of Needs: A Humanist theory. It’s a pyramid starting with basic survival (food/water) and moving up to Self-actualization (reaching your full potential). 2. The "Brain Traps" (Critical Thinking & Myths) Word-of-Mouth: We believe things just because we’ve heard them a lot (e.g., "We only use 10% of our brain"—FALSE). Desire for Easy Answers: People prefer a "quick fix" (like a 5-minute cure for anxiety) over complex scientific reality. Selective Perception: We only notice things that confirm our existing beliefs. Post Hoc, Ergo Propter Hoc: "After this, therefore because of this." The logical error of assuming that because Event B followed Event A, Event A must have caused it. Inferring Causation from Correlation: The most common exam trap. Just because two variables move together (like heat and crime), it doesn't mean one causes the other. Reasoning by Representativeness: Stereotyping. Thinking a person "looks like" a certain role, so they must be that role (the "Finance Bro" vest example). WEEK 2: Scientific Inquiry and Research This is the "How-To" of psychology. You need to know the difference between just watching people and running a real experiment. 1. Research Methods Naturalistic Observation: Watching subjects in their natural habitat without interfering. High "real world" accuracy, but you have zero control. Case Study (Clinical): An intensive, detailed look at one unique individual (e.g., a person with a rare brain injury). Great for detail, but you can't apply the results to everyone. Archival Research: Looking at old records, newspapers, or medical files to find patterns. Longitudinal vs. Cross-Sectional: Longitudinal: Following the same group of people for 20+ years. (Expensive, but shows true change). Cross-Sectional: Comparing different ages at the same time (e.g., testing 10-year-olds and 50-year-olds today). 2. The Experimental Design (The "Gold Standard") Inductive vs. Deductive: Inductive: Starting with observations $\rightarrow$ forming a theory (Bottom-up). Deductive: Starting with a theory $\rightarrow$ testing it with an experiment (Top-down). Independent Variable (IV): The variable the researcher manipulates (The "Cause"). Dependent Variable (DV): The variable being measured (The "Effect"). Control vs. Experimental Group: The experimental group gets the "treatment"; the control group gets a placebo or nothing. Random Assignment: Every participant has an equal chance of being in either group. This prevents Bias. Single-Blind vs. Double-Blind: Single: Participants don't know which group they are in. Double: Neither the participants nor the researchers know. This prevents the researcher from accidentally giving "cues." WEEK 3: Biology and Behavior The "Hardware" section. How the physical brain creates the "Pink Slime" experience. 1. The Nervous System Map Central (CNS): Brain and Spinal Cord. Peripheral (PNS): Everything else. Somatic: Voluntary movements (walking). Autonomic: Involuntary (heartbeat). Sympathetic: "Fight or Flight" (Eyes dilate, heart speeds up, digestion stops). Parasympathetic: "Rest and Digest" (Calms the body down). 2. The Neuron (The Building Block) Dendrites: Receive messages. Soma (Cell Body): Process info. Axon: Sends the electrical signal. Myelin Sheath: Fatty tissue that speeds up the signal. Synapse: The tiny gap between neurons where chemicals travel. Neurotransmitters: Agonist: A chemical that mimics a neurotransmitter (enhances the effect). Antagonist: A chemical that blocks a neurotransmitter. 3. Brain Tools & Anatomy EEG: Measures electrical brain waves (good for sleep studies). MRI vs. fMRI: MRI shows structure (a picture); fMRI shows function (where blood is flowing). PET Scan: Uses radioactive "tracer" sugar to see which parts of the brain are active. The Endocrine System: Uses Hormones (slow-acting chemicals) released into the bloodstream by Glands (like the Adrenal or Pituitary). 4. The "Hidden" Biological Details (Week 3) Refractory Period: After a neuron fires, it needs a tiny "recharge" break before it can fire again. Think of it like a camera flash or a toilet flushing—you can't do it twice in a split second. Broca’s Area vs. Wernicke’s Area: * Broca’s: Controls Speech Production (Frontal Lobe). If damaged, you know what you want to say but can't get the words out. Wernicke’s: Controls Language Comprehension (Temporal Lobe). If damaged, you can speak, but it's "word salad"—it makes no sense. WEEK 4: Consciousness Consciousness is your awareness of yourself and your environment. It’s not an "on/off" switch; it’s a spectrum. 1. Processing Levels Conscious Processing: Tasks that require focused attention (e.g., learning a new TikTok dance or solving a math problem). Automatic Processing: Tasks we do "without thinking" once they are learned (e.g., walking or an experienced driver steering a car). 2. Altered States Hypnosis: A state of extreme self-suggestion where a person is highly open to direction. Meditation: A practice of focused attention to achieve mental clarity and emotional calm. Daydreaming: A shift in attention away from the current task toward internal thoughts and "mental movies." 3. Psychoactive Drugs (The "Drug Cabinet") Depressants (Alcohol, Barbiturates): Slow down the Central Nervous System (CNS). They decrease heart rate and reaction time. Stimulants (Caffeine, Nicotine, Cocaine, ADHD meds): Speed up the CNS. They increase heart rate and energy. Opiates (Heroin, Morphine, Vicodin): Specifically target pain receptors. They mimic Endorphins to stop pain and create euphoria. Hallucinogens (LSD, Marijuana, Psilocybin): Distort perceptions and evoke sensory images in the absence of sensory input. WEEK 5: Sleep and Dreams Sleep is a biological necessity, not a luxury. Your brain is incredibly active during this "downtime." 1. Stages of Sleep (The Cycle) Stage 1 (NREM-1): Light sleep. You might experience "hypnagogic sensations" (feeling like you are falling). Stage 2 (NREM-2): Deep relaxation. Characterized by Sleep Spindles (bursts of rapid brain activity). Stage 3 & 4 (NREM-3): Deepest sleep. This is when the body repairs itself. If you wake up here, you’ll feel very groggy. REM (Rapid Eye Movement): The "Dream Stage." Your brain waves look like you are awake, but your motor cortex is blocked—meaning your body is paralyzed so you don't act out your dreams. 2. Dream Theories (Why do we dream?) Freud’s Wish Fulfillment: Dreams are a "safety valve" for unacceptable feelings. Manifest Content: The actual storyline of the dream (e.g., being chased by a giant Pink Slime). Latent Content: The hidden psychological meaning (e.g., you are running away from your final exam stress). Activation-Synthesis: The brain's attempt to make sense of random neural static. The brain "synthesizes" a story from random "activation." Information Processing: Dreams help us sort out the day's events and consolidate memories. Threat Simulation Theory: Dreaming allows us to "practice" surviving dangerous situations in a safe environment. WEEK 6: Thinking and Processing This is about "Cognition"—how we use our "Pink Slime" to solve problems and make decisions. 1. Building Blocks of Thought Concepts: Mental groupings of similar objects (e.g., the concept of "Dogs"). Prototype: The best example of a category. (If I say "Bird," you probably think of a Robin, not a Penguin. The Robin is your prototype). Schemata (Schema): A mental framework that helps us organize and interpret information (e.g., your "School Schema" includes desks, teachers, and bells). 2. Problem-Solving Tactics Trial-and-Error: Trying random solutions until one works. (Slow and inefficient). Algorithms: A step-by-step, logical rule that guarantees a solution. (e.g., a math formula or checking every single aisle in a store to find milk). Heuristics: A mental shortcut or "rule of thumb." It's faster than an algorithm but can lead to errors. (e.g., looking at the signs above the aisles to find the milk). 3. The Biases (Why we make mistakes) Confirmation Bias: Searching for information that supports our preconceptions and ignoring everything else. Hindsight Bias: After an event occurs, believing we "knew it all along." Anchoring Bias: Getting "stuck" on the very first piece of information offered. (e.g., if a shirt is "on sale" for $50 down from $100, you think $50 is a deal, even if the shirt is only worth $10). Availability Heuristic: Estimating the likelihood of events based on how easily they come to mind. (e.g., being afraid of a plane crash because you saw one on the news, even though car crashes are more common). Mental Set: The tendency to approach a problem in one particular way, often a way that has worked in the past but may not work now. WEEK 7: Memory Memory is the persistence of learning over time. 1. The Three Stages of Memory Encoding: Getting information into our brain. Semantic Encoding: Encoding the meaning of words (Deepest processing). Visual Encoding: Encoding images. Acoustic Encoding: Encoding sounds. Storage: Retaining that information. Retrieval: Getting the information back out. 2. Types of Storage Short-Term Memory (STM): Holds about 7 items (plus or minus 2) for about 20 seconds. Long-Term Memory (LTM): Unlimited capacity and can last a lifetime. Explicit (Declarative): Facts and experiences (Semantic = facts; Episodic = your life stories). Implicit (Procedural): Skills (like riding a bike or typing). 3. Memory Sins & Failures Schacter’s Seven Sins: Includes Transience (fading over time), Absent-mindedness (forgetting your keys), and Persistence (unwanted memories that won't go away). Amnesia: Anterograde: You can't form new memories. Retrograde: You can't remember the past. 4. Enhancement Techniques Chunking: Organizing items into familiar, manageable units. Spaced Repetition: Studying small amounts over a long time rather than cramming. Mnemonic Devices: Memory aids like "PEMDAS" for math. 5. The "Subtle" Memory Sins (Week 7) The Serial Position Effect: You are most likely to remember the beginning of a list (Primacy Effect) and the end of a list (Recency Effect), but you’ll probably forget the middle. Pro-Tip: This is why you should study the "middle" weeks (Week 4, 5, 6) extra hard! Misinformation Effect: This is why eyewitness testimony is shaky. If someone asks, "How fast was the car going when it smashed into the pole?" you will remember the car going faster than if they said "hit." WEEK 8: Lifespan Development Developmental psychology examines how we change physically, cognitively, and socially from "womb to tomb." 1. Cognitive Development (Jean Piaget) Piaget believed children think differently than adults and move through four stages: Sensorimotor (0–2 years): Exploring the world through senses. Key milestone: Object Permanence (realizing things still exist even if you can't see them). Preoperational (2–7 years): Symbolic thought (make-believe) but lacks logic. Key trait: Egocentrism (thinking everyone sees the world exactly as they do). Concrete Operational (7–11 years): Logical thinking about physical objects. Key milestone: Conservation (understanding that volume stays the same even if the shape of the glass changes). Formal Operational (12+ years): Abstract reasoning and hypothetical "what if" thinking. 2. Psychosocial Development (Erik Erikson) Erikson focused on "crises" we face at each age. Trust vs. Mistrust (Infancy): Is the world safe? Identity vs. Role Confusion (Adolescence): "Who am I?" (This is the most common exam question). Integrity vs. Despair (Late Adulthood): Looking back on life with satisfaction or regret. 3. Moral Development (Lawrence Kohlberg) Pre-conventional: Doing the right thing to avoid punishment or get a reward. Conventional: Doing the right thing because it's the law or to fit in. Post-conventional: Doing the right thing based on universal ethical principles (even if it breaks the law). 4. Parenting Styles Authoritative: High warmth, high rules. (The "Goldilocks" style—best outcomes). Authoritarian: Low warmth, high rules. ("Because I said so!"). Permissive: High warmth, low rules. (More like a friend than a parent). Uninvolved: Low warmth, low rules. (Neglectful). WEEK 9: Learning Learning is a relatively permanent change in behavior due to experience. 1. Classical Conditioning (Ivan Pavlov) Learning by association (connecting two stimuli). Unconditioned Stimulus (UCS): The natural trigger (Food). Unconditioned Response (UCR): The natural reflex (Drooling for food). Neutral Stimulus (NS): A trigger that means nothing yet (A Bell). Conditioned Stimulus (CS): The bell after it has been paired with food. Conditioned Response (CR): Drooling for the bell alone. 2. Operant Conditioning (B.F. Skinner) Learning by consequences (Rewards and Punishments). Positive Reinforcement: Adding something good to increase behavior (A gold star for working). Negative Reinforcement: Removing something bad to increase behavior (The car stops beeping when you buckle your seatbelt). Positive Punishment: Adding something bad to stop behavior (A speeding ticket). Negative Punishment: Taking away something good to stop behavior (Taking away your phone). 3. Observational Learning (Albert Bandura) Learning by watching others. Famous study: The Bobo Doll Experiment, where kids imitated adults punching a doll. 4. The "Fine Print" of Learning (Week 9) Spontaneous Recovery: After a behavior has been "extinct" (gone away) for a while, it suddenly reappears out of nowhere. (Like Pavlov's dog suddenly drooling at a bell weeks after he stopped). Generalization vs. Discrimination: Generalization: Fearing all dogs because one bit you. Discrimination: Only fearing the specific dog that bit you. WEEK 10: Social Influences This is the study of how the "situation" and "group" overpower the individual. 1. The Stanford Prison Experiment (Zimbardo) Demonstrated the power of Social Roles and Scripts. Ordinary students became abusive "guards" or submissive "prisoners" simply because of the role they were assigned. 2. Influence & Conformity Normative Social Influence: Conforming to fit in and be liked (Dressing like your friends). Informational Social Influence: Conforming because you think the group has more info than you (Following the crowd in a new city). Obedience (Milgram): Following orders from an authority figure, even if it hurts someone else. 3. Group Dynamics Social Loafing: Working less hard in a group than when alone (The "Billy" effect). Deindividuation: Losing self-awareness and self-restraint in a large crowd or behind an anonymous screen. Group Polarization: When group discussion leads to more extreme opinions. Bystander Effect: People are less likely to help if others are around due to a Diffusion of Responsibility. 4. Thinking Patterns Fundamental Attribution Error: Blaming someone's personality for their behavior while ignoring the situation. Cognitive Dissonance: The "icky" feeling when our actions don't match our beliefs (e.g., you hate lying, but you just lied to your mom). We usually change our beliefs to match our actions to feel better. 5. Social Psych "Secret" Terms (Week 10) Self-Serving Bias: When we succeed, we take the credit ("I'm a genius"). When we fail, we blame the situation ("The test was unfair"). Foot-in-the-Door vs. Door-in-the-Face: Foot-in-the-Door: Ask for something tiny first, then the big thing. Door-in-the-Face: Ask for something HUGE (get rejected), then ask for the smaller thing you actually wanted. They are more likely to say yes because it feels like a "compromise." WEEK 11: Multiculturalism & Diversity This is the study of how culture, identity, and group values shape our behavior and how we interact with others. 1. Cultural Values Individualism: Cultures that value personal independence and "Me" goals (e.g., USA). Success is based on personal achievement. Collectivism: Cultures that value group harmony and "We" goals (e.g., Latin America, Asia). Success is based on doing what is best for the family or community. 2. Acculturation (How we adapt to new cultures) Integration: The "Best of Both Worlds." Keeping your original culture while participating in the new one. Assimilation: Giving up your original identity to fully "blend in" with the new culture. Separation: Keeping your original culture and avoiding the new one. Marginalization: Feeling like you don't belong to either culture (The "lonely" state). 3. Metaphors for Society The Melting Pot: The old idea that everyone should blend together and lose their differences to become one "American" identity. The Salad Bowl: The newer idea where cultures live together but stay distinct. You can see the "tomatoes" and the "lettuce"—everyone keeps their unique flavor. 4. Social Barriers Microaggressions: Small, daily slights or "backhanded compliments" toward marginalized groups (e.g., "You’re so articulate for someone from your neighborhood"). Prejudice vs. Discrimination: Prejudice is the thought/feeling (pre-judging), while Discrimination is the action (treating someone differently). WEEK 12: Stress & Health This is the study of how our brain's "appraisal" of the world affects our physical and mental health. 1. The Appraisal Process (Lazarus) Primary Appraisal: Judging if a stressor is a Threat (harmful) or a Challenge (potential for growth). Secondary Appraisal: Evaluating your tools. "Do I have the resources to handle this?" If yes, stress stays low. If no, panic sets in. 2. The Body’s Response (Selye’s GAS) General Adaptation Syndrome (GAS): The three stages of how your body reacts to stress: Alarm: Fight-or-Flight. Heart races, adrenaline hits. Resistance: Staying on "high alert" to cope. This is where you grind through the week. Exhaustion: Your battery dies. Your immune system crashes, and you get sick (The Cohen Cold Study). 3. Types of Stress Eustress: "Good stress." The kind that motivates you to finish a project or perform well in a game. Distress: "Bad stress." Chronic pressure that leads to burnout, fatigue, and health problems. 4. Coping Strategies Problem-Focused Coping: Attacking the problem directly. (Example: Time-Blocking your homework so it isn't overwhelming). Emotion-Focused Coping: Managing the feelings. (Example: Going to the Gym or meditating to stop feeling anxious). 5. Stress "Secret" Terms Cortisol: The primary stress hormone. Great for emergencies, but too much of it "eats" your memory and weakens your heart. Psychoneuroimmunology: The fancy word for the study of how your brain (stress) talks to your immune system. WEEK 13: Mental Wellness & The Science of Happiness The goal of this week is to identify the psychological frameworks and empirical studies that explain how humans build resilience and long-term well-being. 1. The Three Dimensions of Happiness (Module 14.5) According to the textbook, happiness is an enduring state consisting of joy and contentment. It is built through three "lives": The Pleasant Life: Attaining and savoring daily pleasures that add joy to the moment (e.g., the aroma of coffee or the feeling of sunshine). The Good Life: Identifying your unique skills and using them to enrich your life. This is where you find the state of Flow—being so "in the zone" that you lose track of time. The Meaningful Life: Using your talents and efforts in the service of the greater good or to help others, which provides a deeper sense of fulfillment than pleasure alone. 2. The Four Pillars of Well-Being (Wellness Studies) Based on Dr. Richard Davidson’s research, well-being is a "trainable skill" rather than a fixed trait. It is built on: Awareness: Noticing what your mind is doing in the present moment (meta-awareness). Connection: Cultivating kindness and healthy social relationships, which are the #1 predictor of long-term health. Insight: Having curiosity about how your own mind works and not believing every negative thought as a "fact." Purpose: Having a clear sense of direction or a "life compass" that guides your daily actions. 3. Empirical Evidence: The Creswell et al. Study (2014) This study provided scientific proof that mental training has biological effects: The Setup: An experimental design where students were randomly assigned to either a mindfulness group or an analytic control group. The Independent Variable: Brief 3-day mindfulness meditation training (25 mins/day). The Dependent Variable: Biological stress markers (Cortisol levels) and self-reported stress. The Result: The mindfulness group showed significantly lower cortisol levels, proving that meditation fosters biological resilience to stress. 4. Scientifically Proven Benefits of Gratitude Research shows that gratitude is a powerful "reset" for the nervous system: Physical: Improved sleep quality and duration; fewer reported aches and pains. Psychological: Reduces "toxic" emotions (envy, resentment) and increases mental strength. Studies of 9/11 survivors showed gratitude was a major factor in preventing PTSD. Social: Encourages "pro-social" behavior, making people more likely to form and maintain new relationships. 5. Mindfulness vs. Meditation (The State vs. The Practice) It is critical to distinguish between these two often-confused terms: Mindfulness: A state of being. It is the quality of being fully present, aware of where we are and what we’re doing, without being overly reactive or overwhelmed. Meditation: The formal practice or "mental gym" used to train the brain. It is the intentional time set aside to practice techniques that eventually lead to a consistent state of mindfulness. 6. Key Terminology & Cognitive Traps Affective Forecasting: The human tendency to overestimate how much future events (both good and bad) will affect our long-term happiness. We assume milestones like "perfect grades" will provide permanent joy, but they usually don't. Optimism & Resilience: Optimism is the general tendency to expect good outcomes. It is the "engine" of resilience—the ability to "bounce back" from major life stressors (like those listed on the SRRS). Problem-Focused vs. Emotion-Focused Coping: * Problem-Focused: Dealing with the stressor directly (e.g., studying for the test). Emotion-Focused: Managing the feelings associated with the stressor (e.g., taking a nap or exercising)

Adolescent Cognitive Development and Egocentrism

RC - Eccentrically Loaded Short Column

ecocentric

1. Eccentric Circles 2. Hart Chart 3. Bull’s Eye Near Focus 4. Brock String 5. Pencil Toppers/Pursuit 6. Accommodative Flipper Lens Rack 7. Life Saver Cards 8. Aperture Rule

7.2 Language & Ecological Systems Theory & Development of Play • Adolescent Egocentrism & Social Clock & ACEs & Identity Development

Vocabulary Flashcards: Eccentric to Contempt for Independent Learners

eurocentric views about culture and civilization in africa WEEK 2

CLUSTER A; Odd & Eccentric Disorders

Research Findings On Egocentrism And Animism