Everything Psychological
I'm a recently graduated Psychology Honours student with expansive knowledge about biological psychology, social psychology, and main theories and methods.
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Section 3 (Sleep) - Multiple Choice Question Bank
Multiple choice questions covering section 3, answers can be purchased for free as they're on a separate document.
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- Other
- • 5 pages •
Multiple choice questions covering section 3, answers can be purchased for free as they're on a separate document.
Section 2 (Neurons) - Multiple Choice Question Bank Answers
Section 2 multiple choice questions: answers
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- Answers
- • 4 pages •
Section 2 multiple choice questions: answers
Section 2 (Neurons) - Multiple Choice Question Bank
Questions covering section 2 of biological psychology (answers are on a separate document which can be purchased for free).
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- Other
- • 4 pages •
Questions covering section 2 of biological psychology (answers are on a separate document which can be purchased for free).
Section 1 (The Brain) - Multiple Choice Question Bank
Questions covering section 1 of biological psychology (answers are on a separate document which can be purchased for free).
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- Answers
- • 3 pages •
Questions covering section 1 of biological psychology (answers are on a separate document which can be purchased for free).
Section 4 (Visual Perception) - Lecture Notes
Detailed and visual lecture notes covering: the retina and photoreceptors, visual pathways, depth perception, retinal disparity, colour vision and the trichromacy colour matching experiment (Young, 1802), principle univariance, colour opponency, the Perky effect (Perky, 1910), and mental rotation.
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- Class notes
- • 6 pages •
Detailed and visual lecture notes covering: the retina and photoreceptors, visual pathways, depth perception, retinal disparity, colour vision and the trichromacy colour matching experiment (Young, 1802), principle univariance, colour opponency, the Perky effect (Perky, 1910), and mental rotation.
Section 3 (Sleep) - Biological Rhythms Lecture Notes
Lecture notes on biological rhythms covering: lesion studies, brain stem control of sleep and wakefulness (Bremner, 1937), reticular formation, brain mechanisms of sleep and waking, neurotransmitters and sleep, sleep-wake switch, flip-flop switch, the sleep switch, biological clocks and brain areas, genes and rhythms, chronotype variations, why light is important, two process theory (Borbely, 1974), effects of sleep disruption, and classification of sleep disorders.
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- Class notes
- • 7 pages •
Lecture notes on biological rhythms covering: lesion studies, brain stem control of sleep and wakefulness (Bremner, 1937), reticular formation, brain mechanisms of sleep and waking, neurotransmitters and sleep, sleep-wake switch, flip-flop switch, the sleep switch, biological clocks and brain areas, genes and rhythms, chronotype variations, why light is important, two process theory (Borbely, 1974), effects of sleep disruption, and classification of sleep disorders.
Section 3 (Sleep) - Summary of Key Knowledge and Research
This document provides an overall summary of lecture notes, important research associated with sleep and biological rhythms, and the overall structure includes key terms and phrases highlighted in bold, along with useful subheadings organising the information. This 6-page document covers: useful background information about why we sleep and the internal structures involved, and key research:- polymorphism in the PER3 Promoter is associated with diurnal preference and delayed sleep phase disorder...
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- Summary
- • 6 pages •
This document provides an overall summary of lecture notes, important research associated with sleep and biological rhythms, and the overall structure includes key terms and phrases highlighted in bold, along with useful subheadings organising the information. This 6-page document covers: useful background information about why we sleep and the internal structures involved, and key research:- polymorphism in the PER3 Promoter is associated with diurnal preference and delayed sleep phase disorder...
Section 2 (Neurons) - Lecture Notes
Full coverage of action potentials, with well-structured subheadings to organise the material, subject material includes: introduction, active cell membranes, the membrane potential, the action potential, and a summary, along with some visual materials to summarise key information.
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- Summary
- • 7 pages •
Full coverage of action potentials, with well-structured subheadings to organise the material, subject material includes: introduction, active cell membranes, the membrane potential, the action potential, and a summary, along with some visual materials to summarise key information.
Section 2 (Neurons) - Action Potentials
Full coverage of action potentials, with well-structured subheadings to organise the material, subject material includes: introduction, active cell membranes, the membrane potential, the action potential, and a summary, along with some visual materials to summarise key information.
- Package deal
- Summary
- • 8 pages •
Full coverage of action potentials, with well-structured subheadings to organise the material, subject material includes: introduction, active cell membranes, the membrane potential, the action potential, and a summary, along with some visual materials to summarise key information.
Section 1 (The Brain) - Summary of Brain Areas and Key Terms
Visual part of section 1, with table summarising key terms needed to progress with the section, visual imagery on brain locations, and the structure of the central nervous system (inc. lobes, and structures), and finally, the peripheral nervous system (autonomic and somatic).
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- Study guide
- • 2 pages •
Visual part of section 1, with table summarising key terms needed to progress with the section, visual imagery on brain locations, and the structure of the central nervous system (inc. lobes, and structures), and finally, the peripheral nervous system (autonomic and somatic).