Key Science Skills
Nervous System
Stress
Learning
Memory
Sleep
100

What is included in a hypothesis? 

IV, DV, and Direction/Prediction 

Also, population

100

What is the Somatic Nervous Systems role

The somatic nervous system carries sensory information from the body to the CNS and transmits motor commands from the CNS to skeletal muscles, enabling voluntary movement.

100

______ is stress experienced as a positive psychological state

eustress

100

The individual whose behaviour is watched by the learner is called a __________. Name one.  

Model

Symbolic or Live

100

A type of sensory memory which temporarily stores auditory information

Echoic memory

100

A newborn infant requires ________% of NREM Sleep 

65% NREM

200

Describe the three types of sampling 

Convenience: readily available members

Random: every member of the population has the same chance of being selected

Stratified: selecting people from the population in a way that ensures that its strata (subgroups) are proportionally represented in the sample

200

What is GABA?

A neurotransmitter that typically produces an inhibitory effect

200

What is coping flexibility

An individual’s ability to recognise when a strategy is no longer effective and to adjust or change their coping strategies depending on the unique and changing demands of a stressor.

200

What is Negative Punishment and give an example

a type of consequence that involves the removal of a desirable stimulus, which in turn decreases the likelihood of a behaviour reoccurring. E.g. Taking away a students phone, so they won't go on it in class.

200

What is retrieval?

The process of accessing information which has been previously stored

200

What is total sleep deprivation? 

When an individual does not sleep during a 24-hour period

300

What is informed consent? 

Participants understand the nature of the research, including any potential benefits and risks, before agreeing to participate.

300

Neurons that communicate neural impulses between neurons

Interneurons

300

What is cortisol?

A hormone which energises the body when under stress

300

What is LTP (need to include one thing that is happening on a neural level)

The long-lasting strengthening of connections between neurons due to repeated coactivation of Pre and post synaptic Neuron causing a Increased amount of receptor Sites on Post Synaptic Neuron.

300

What is Alzheimer's disease and what causes it? 

A neurodegenerative disease that involves the progressive loss of neurons and memory capabilities. Causes are neurofibrillary Tangles and Amyloid Plaques

300

What is an EEG?

A device that detects, amplifies and records the electrical activity of the brain

400

What is beneficence?

The benefits of the experiment outweigh the harm caused to the participant.

400
What is two differences between Neurotranmitters and Neuromodulators 

NT = effect on one postsynaptic neuron, short-lasting effects, fast 

NM = effect on multiple postsynaptic neuron, long-lasting effects, slow

400

What occurs in the exhaustion stage? 

A stage of responding to a stressor that occurs when the body’s energy is depleted and it can no longer maintain high levels of arousal

400

What are the conditions for classical conditioning to occur?

The NS needs to be presented immediately before the UCS. 

For learning to occur, the CS needs to produce the CR without the presence of the UCS.

400

What memories does the Cerebullum encode, give an example.

Implicit Procedural Memories, like brushing your teeth.

400

What is circadian phase disorder? 

A sleep disorder which interferes with the normal regulation of the circadian rhythm of sleep, leading to a change in the sleep-wake cycle

500

What is order effects?

Can occur in a within-subjects experimental design. This confounding variable is due to the order in which participants partake in the experimental and control conditions.

500

Describe the three Mechanisms of synaptic plasticity, and which of these link to LTP or LTD

Sprouting the ability of dendrites or axons to develop new extensions or branches (LTP)

Rerouting the ability of a neuron that is connected to a damaged neuron to create an alternative synaptic connection with an undamaged neuron (LTP, LTD)

Pruning the elimination of synaptic connections that are not adequately activated (LTD)

500

What are the main things you need to include when explaining the Gut brain Axis 

Bidirectional Connection, between the CNS and the Enteric NS connected via the vagus nerve. 

500

Imagine you used to love your job. Then suddenly, a grumpy boss arrives. Soon, just the very sight of the grumpy boss may generate a feeling of anxiety and avoidance. Before you know it, you’ve started to dislike the work you used to love. 

What is the NS, UCS, UCR, CS, and CR?

What is synaptic plasticity?

NS: Work
UCS: Boss
UCR: Anxiety
CS: Work
CR: Anxiety

500

What is maintenance rehearsal? 

Repeating information over and over again to functionally enhance the duration of short-term memory and transfer information to long-term memory

500

What is the difference between Circadian and Ultradian Rhythm 

Circadian: biological and behavioural changes that occur as part of a cycle that lasts around 24 hours where Ultradian: biological and behavioural changes that occur in a cycle that lasts less than 24 hours

600

What is the difference between repeatability and reproducibility 

Repeatability: the extent to which successive measurements or studies produce the same results when carried out under identical conditions within a short period of time (e.g. same procedure, observer, instrument, instructions, and setting)

Reproducibility: the extent to which successive measurements or studies produce the same results when repeated under different conditions

600

Explain the process of Spinal reflex when standing on a sharp pin. 

Sensory Receptors in the foot receive the feeling of the pin, sensory neurons carry the neural message via afferent pathways to the spinal cord, where the interneurons relay the information to motor neurons, where the neural message travels via efferent pathways to the skeletal muscles in the foot to remove from the pin. Then the message is received to the brain processing the pain

600

Draw the Lazarus and Folkman’s Transactional Model of Stress and Coping on the board

300 for each Correct Appraisal 

600

Name the 8 Ways of Learning

Story-sharing, Learning maps, Non-verbal, Symbols and images, Land links, Non-linear, Deconstruct/ Reconstruct, Community links

2 = 100 points roughly

All 8 = 600 points roughly

600

Explain the Mnemonic, Songlines, referencing it's  importance to country

multimodal performances conducted as a family or community travels through Country and spaces in the landscape that record journeys, link important sites, and describe ways to live, care for, and nurture Country.

600

Explain the biological mechanisms of the sleep-wake cycle, by drawing the diagram on the board. 

The SCN receives external cues (absence of light at night). The SCN also receives internal cues (clock genes). (1 mark)

After receiving both internal and external cues, the SCN sends neural messages (signals) to the pineal gland to produce and release melatonin. (1 mark)

The pineal gland releases melatonin into the bloodstream, which promotes feelings of calm and relaxation, therefore promoting sleep. (1 mark)

In the morning, the SCN receives external cues (presence of light at night).  (1 mark)

This signals for the adrenal cortex to produce and secrete cortisol to promote alertness to wake up.  (1 mark)

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