Font size
WorksheetsExam 2
Total questions: 130
Worksheet time: 1hrs 6mins
A person’s awareness of everything that is going on around them at any given moment.
Consciousness
Waking Consciousness
Altered State of Consciousness
State in which thoughts, feelings, and sensations are clear and organized and the person feels alert
ex: aware
Consciousness
Waking Consciousness
Altered State of Consciousness
State in which there is a shift in the quality or pattern of mental activity as compared to waking consciousness
Ex: sleep, daydreaming, faded, turnt
Consciousness
Waking Consciousness
Altered State of Consciousness
focused attention
(high level of concentration)
Controlled Processes
Automatic Processes
Unconscious
some awareness, but minimal attention require
(daydreaming, “autopilot”)
Automatic Processes
Unconscious
Controlled Processes
due to head injury, anesthesia, coma
Controlled Processes
Automatic Processes
Unconscious
a cycle of bodily rhythm that occurs over a 24-hour period
Adaptive theory
Circadian Rhythms
Restorative theory
Role of Melatonin
feeling of tiredness
• Adaptive theory
Role of Melatonin
Circadian Rhythms
Restorative theory
Animals and humans evolved sleep patterns to avoid predators
When we sleep
Adaptive theory
Role of Melatonin
Circadian Rhythms
Restorative theory
Sleep is necessary to the physical health of the body and serves to replenish chemicals and repair cellular damage
Why we sleep
Circadian Rhythms
Restorative theory
Role of Melatonin
Adaptive theory
Which one of this don't happen when you don't get enough sleep?
Very Energized
Fatigue
Immune suppression
Impaired concentration
Irritability
Which stage of sleep is it?:
(5–10 minutes/cycle) , Theta waves , Hypnagogic imagery , Myoclonic jerks
Stage 3
Stage 2
Stage 4
Stage 1
Which stage of sleep is it?:
(10–30 minutes/cycle) , Sleep spindles and K-complexes , As much as 65 percent of total sleep
Stage 4
Stage 2
Stage 1
Stage 3
Which stage of sleep is it?:
(15–30 minutes/cycle) , Delta waves , Crucial to feel rested; suppressed by alcohol , 40 percent of sleep in children; 25 percent in adults
Stage 1
Stage 2
Stage 3
Stage 4
Which stage of sleep is it?:
(10–20 minutes/cycle) , Brain activity similar to wakefulness , Becomes longer as the night goes on
Stage 3
Stage 2
Stage 1
Stage 4
Which is REM Sleep
(10–20 minutes/cycle) , Brain activity similar to wakefulness , Becomes longer as the night goes on
(5–10 minutes/cycle) , Theta waves , Hypnagogic imagery , Myoclonic jerks
(10–30 minutes/cycle) , Sleep spindles and K-complexes , As much as 65 percent of total sleep
(15–30 minutes/cycle) , Delta waves , Crucial to feel rested; suppressed by alcohol , 40 percent of sleep in children; 25 percent in adults
stage of sleep in which the eyes move rapidly under the eyelidsdreaming occurs here as well
Rapid-eye movement (Rem Sleep)
Non-Rem sleep
all the other stages of sleep Stages 1-4
Non-Rem sleep
Rapid-eye movement (Rem sleep)
Rare (most common in children)
Extreme fear and screaming
Person doesn’t fully wake-up
N3 (deep sleep, not REM)
Night Terrors
Narcolepsy
Nightmares
Sleep Apnea
Bad Dreams during REM sleep
Narcolepsy
Night Terrors
Nightmares
Insomnia
Mechanism that blocks the movement of the voluntary muscles fails, allowing the person to thrash around and even get up and act out nightmares
Acting out dreams
REM Behavior Disorder
Sleep Apnea
Sleep Walking (Somnambulism)
Narcolepsy
20% of population
Sleep Walking (Somnambulism)
Nightmares
Insomnia
Narcolepsy
Problems falling asleep, staying asleep, getting quality sleep
Narcolepsy
Sleep Apnea
Night Terrors
Insomnia
Multiple bursts of not breathing
Sleep Apnea
REM Behavior Disorder
Narcolepsy
Nightmares
Sleep “Seizure”
Sudden slip into REM sleep
Narcolepsy
Insomnia
Night Terrors
Nightmares
Freud
Dreams preserve our sanity by allowing us to gratify forbidden or unrealistic wishes
Easier definition: Dream material may be so threatening or disgusting that it was disguised in dreams
Wish fulfillment theory
Activation Synthesis Hypothesis
Information Processing Theory
Dreams help us sift through memories of our everyday experiences and thoughts
Ex: thinking during sleep.
Wish fulfillment theory
Activation Synthesis Hypothesis
Information Processing Theory
Dreaming is an unimportant by-product of RANDOM stimulation of brain cells
Cerebral cortex tries to make sense of this random stimulation which results in a fragmented story
Activation Synthesis Hypothesis
Information Processing Theory
Wish fulfillment theory
realistic perceptual experiences in the absence of external stimuli
Hallucinations
Near death experiences
Out-of-Body Experiences
Mystical Experiences
the sense that our consciousness has left our body
Out-of-Body Experiences
Near death experiences
Hallucinations
Mystical Experiences
reported by people who've nearly died or thought they were going to die
Hallucinations
Out-of-Body Experiences
Mystical Experiences
Near death experiences
experiences involve a sense of unity or oneness with the world
Near death experiences
Mystical Experiences
Hallucinations
Out-of-Body Experiences
Discovered by Franz Mesmer (Paris, 1783)
Goal: To restore the balance of universal fluids within his patients
used large magnets and iron rods
Hypnosis
Physical Dependence
Psychological Dependence
Stimulant
Hypnosis works on the immediate, conscious mind.
A “hidden observer” remains aware.
Ex: Driving home and not remembering.
Dissociation Theory: Divided Consciousness
Social-Cognitive Theory
People are playing the role expected of them in the situation
People may not be aware that they are pretending
Dissociation Theory: Divided Consciousness
Social-Cognitive Theory
Which statements are true about hypnosis?
Used to help treat pain, obesity, anxiety, and habit disorders (e.g., smoking cessation, alcoholism)
Both answers
Also used for therapy (chronic)
Neither
depressants
stimulants
Hallucinogens
Psychoactive Drugs
Barbiturates
Benzodiazepines
A physiological need
Tolerance
Unpleasant withdrawal symptoms (more than likely when you stop using a substance)
Psychological Dependence
Physical Dependence
A psychological need
Continued use because they think they need it
Clearer definition: When you start to get nervous because you’re running low on that substance. You start to get upset.
Physical Dependence
Psychological Dependence
Drugs that increase functioning of the nervous system
Examples: caffeine,nicotine,cocaine,amphetamines
Stimulants
Depressants
Hallucinogens
increase heart and breathing rates, and other autonomic functions to provide energy
Withdrawal: depressed mood, insomnia, irritability, anxiety, problems concentrating, increased appetite
Caffeine
Nicotine
Cocaine
Amphetamines
Natural drug (coca plant)
Effects – Euphoria, energy, power, pleasure
Animal research – Rats will use it until they starve to death
Nicotine
Amphetamines
Cocaine
Caffeine
drugs that decrease functioning of the nervous system
Ex: Barbiturates, Benzodiazepines, alcohol, narcotics(opioids)
Depressants
Stimulants
Hallucinogens
Depressant drugs that have a sedative effect
Barbiturates
Benzodiazepines
Narcotics(opiods)
Alcohol
Drugs that lower anxiety and reduce stress
Rohypnol (The date rape drug)
Alcohol
Narcotics(opiods)
Barbiturates
Benzodiazepines
alter sensations and perceptions
synesthesia
Ex: Ecstasy, LSD, Marijuana
Depressants
Hallucinogens
Stimulants
plant based drugvisions, delusions, paranoiastrong psychological dependencemixed evidence for physical dependence
Ecstasy
LSD
Marijuana
A relatively permanent change in behavior brought about by experience
Learning
Classical conditioning
Extinction
Acquisition
Who discovered classical conditioning?
Ivan Pavlov
John B. Watson
Edward Thorndike
B.F. Skinner
When a neutral stimulus becomes associated with a stimulus that produces a reflexive behavior
Acquisition
Extinction
Classical Conditioning
operant conditioning
the phase during which a CR is established
Example: In the Little Albert experiment, the pairing of the white rate with a loud clangng sound that frightened the child
Extinction
classical conditioning
stimulus
Acquisition
the reduction and elimination of the CR after the CS is presented repeatedly without the UCS
easier definition: its the disappearance of a conditioned response to a stimulus. for example: when you no longer fear something
Example: Nate was in a horrible car accident. For many months afterwards, whenever he approached the intersection of the accident he felt anxious. But after a while, he didn’t feel anxious any longer and now has no trouble passing through.
Extinction
Acquisition
Unconditioned stimulus
Conditioned stimulus
A stimulus that evokes an unconditioned response without previous conditioning.
Example: The smell of food which makes you hungry. ; A cold breeze makes you shiver.
Unconditioned stimulus
Conditioned stimulus
Unconditioned response
Conditioned response
A reflexive reaction that is reliably produced by an unconditioned stimulus.
Example: scratching after an itch. gasping in pain after being stung by a bee.
Conditioned stimulus
Conditioned response
Unconditioned response
Unconditioned stimulus
A stimulus that elicits a response only after learning has taken place.
Example: A bell for dogs (meaning the food is coming shortly)
Conditioned stimulus
Conditioned response
Unconditioned response
Unconditioned stimulus
A learned response to a previously neutral stimulus.
Running for food when a bell rings
Conditioned stimulus
Conditioned response
Unconditioned response
Unconditioned stimulus
John B. Watson
Brought Classical Conditioning to America
Study:
Wanted to learn how we developed emotions like fear over the courses of our lives
Used a 9 month old baby
Showed cute animals to him.
He had used a conditioned stimulus
Everytime the baby saw the animals again, he would go behind his head and would bang a hammer on metal.
Now, everytime he saw the animals, he didn’t need a hammer to be afraid of them.
Little Albert Study
Classical Conditioning
Operant Conditioning
Reinforcement
Who did the Little Albert Study?
John B. Watson
B.F. Skinner
Edward Thorndike
Ivan Pavlov
Any negative emotional response that becomes associated with a stimulus. This results in classical conditioning.
operant conditioning
classical conditioning
learning
conditioned emotional response
American Psychologist
Law of Effect
If a behavior results in a positive outcfome, that behavior will be repeated
Precursor to Operant Conditioning
Edward Thorndike
John B. Watson
B.F. Skinner
Ivan Pavlov
Gave Operant Conditioning its name
Learning depends on what happens after the response: the consequence
Learning by outcome.
Edward Thorndike
Ivan Povlov
B.F. Skinner
John B. Watson
any event that increases the future probability a behavior will occur
operant conditioning
classical conditioning
extinction
reinforcement
Bringing good things to an organism
Examples: Money, Praise, Food
ex: Giving a gold star on homework, resulting in a student studying more (increases target behavior) ; Taking notes? You get chocolate!
Positive Reinforcement
Negative Reinforcement
Taking bad things from an organism
Examples: removing pain, toothache, hunger
ex: getting a low grade on an exam and it encourages you to study (increases target behavior) ; Taking notes? You won’t get squirt bottle to the face.
Positive Reinforcement
Negative Reinforcement
pattern where reinforcement is applied
Continuous reinforcement
Partial reinforcement
reinforcement every so often
Continuous reinforcement
Partial reinforcement
provides a reward at consistent times
ex: monthly paycheck
Variable interval schedule
Variable ratio schedule
Fixed ratio schedule
Fixed interval schedule
amount of time must pass before reinforcement is applied again; amount of time changes
ex: catching a fish
Fixed ratio schedule
Variable interval schedule
Variable ratio schedule
Fixed interval schedule
you have to do something a certain amount of times before reinforced again
example: you get $20 for making 5 products
Fixed interval schedule
Variable ratio schedule
Fixed ratio schedule
Variable interval schedule
you don’t know when the reinforcement is going to occur
example slot machines
Fixed interval schedule
Variable ratio schedule
Variable interval schedule
Fixed ratio schedule
Punishing a response by adding or experiencing an unpleasant stimulus
example: Yelling at a child for bad behavior. ; A student talking out of turn in the middle of class and the teacher scolds the child for interrupting. (decreases target behavior) ; Texting? you get a squirt bottle to the face!
Punishment by Application
Punishment by Removal
Punishing a response by removing a pleasurable stimulus
Example: Taking away a favorite toy, stopping a child from throwing future tantrums. (decreases target behavior) ; Texting? I’m going to take away your chocolate!
Punishment by Application
Punishment by Removal
learning that is hidden until it becomes useful
Latent learning
Observational learning
learning new behavior by watching someone else perform the behavior
Ex: Imitation
Latent learning
Observational learning
Which element of observational learning is it?:
you have to pay attention in order to learn
Memory
Attention
Imitation
Motivation
Which element of observational learning is it?:
you have to be able to remember what you saw
Imitation
Motivation
Attention
Memory
Which element of observational learning is it?:
you must be capable of imitating
Attention
Memory
Imitation
Motivation
Which element of observational learning is it?:
you must have the desire to perform the behavior
Memory
Motivation
Imitation
Attention
What is this an example of?:
A bell elicits a response in a dog
Classical Conditioning
Operant Conditioning
Observational Learning
What is this an example of?:
A rat will press a bar 120 times per hour to achieve a reward or avoid punishment.
Classical Conditioning
Operant Conditioning
Observational Learning
What is this an example of?:
After watching TV violence, children are more likely to show aggressive behaviors.
Classical Conditioning
Operant Conditioning
Observational Learning
The retention of information over time
Paradox of Memory
Reconstructive Nature of Memory
Memory
The same mechanisms that serve us well most of the time can sometimes cause us problems
example: going beyond the available information to make sense of the world ; memory illusion
Reconstructive Nature of Memory
Paradox of Memory
Memory
when remembering, we actively reconstruct memories, not passively reproduce them.
example: not hearing a word, but you heard many related words ; put together the list of words on a common theme
Paradox of Memory
Memory
Reconstructive Nature of Memory
Select the three main divisions of memory?
Encoding
Auditory
Visual
Storage
Retrieval
Converting sensory information into a form that is usable in the brain’s storage systems
Retrieval
Encoding
Storage
Holding onto information for some period of time.
Retrieval
Encoding
Storage
Using information in storage
Storage
Encoding
Retrieval
The very first system in memory, in which raw information from the senses is held for a very brief period of time.
Sensory Memory
Memory
Paradox of Memory
Reconstructive Nature of Memory
Who studied sensory memory?
George Sperling
Ivan Pavlov
Ebbinghaus
iconic memory (about 1 sec.)
Visual
Auditory
echoic memory (about 4 secs.)
Visual
Auditory
The memory system in which information is held for brief periods of time while being used.
Short-term Memory
Working Memory
Sensory Memory
Long-term Memory
An active system that processes the information in short-term memory
Short-term memory
Long-term memory
Working Memory
Sensory Memory
Which Memory is it:
Large Capacity
Maintains Information
Active Part of Memory
Sensory Memory
Short-term Memory
Working Memory
Long-term Memory
Which memory is it?:
Smaller Capacity
Maintains and manipulates information
Active Part of Memory
Short-term Memory
Sensory Memory
Long-Term Memory
Working Memory
the system of memory into which all the information is placed to be kept more or less permanently
Short-term Memory
Sensory Memory
Long-term Memory
Working Memory
What does Long-term memory branch off to first?
Procedural memory
Declarative memory
Episodic memory
Semantic memory
(Implicit memory) Motor skills, habits, classically conditioned reflexes
implicit
habits, practiced skills
generally not conscious, but we know it exists because we can see it happen
e.g., “muscle memory” ; typing without looking at a keyboard
Episodic memory
Procedural memory
Semantic memory
Declarative memory
explicit memory, semantic, episodic
Declarative memory
Semantic memory
Episodic memory
Procedural memory
General knowledge
Semantic memory
Episodic memory
Procedural memory
Declarative memory
Personal information
Daily Activities and Events
Autobiographical memories
Episodic Memory
Declarative Memory
Procedural Memory
Semantic Memory
information that is conscious and known
memory for facts
Explicit Memory
Episodic Memory
Non declarative Memory
Semantic Memory
procedural memories
implicit, habits, practiced skills
generally not conscious but we are aware that it exists because we see it happen
Declarative Memory
Non-deeclarative Memory
Procedural Memory
When a synapse is repeatedly stimulated: – More dendrites form – More neurotransmitters are released – Increased communication between neurons
Potentiation
Short-Term Potentiation
Long-Term Potentiation
consolidation of information form short to long term memory ( formation of new memories)
Hippocampus
Nucleus
Synapse
Priming
If you have your hippocampus removed due to severe epilepsy, what all happens?
Gain Severe amnesia
Can't form new memories
You can learn new procedural skills, but couldn't remember learning them.
All of the Above
None of the Above
similar situations at encoding and retrieval
state dependent learning
ex: memorizing and being able to recall what you just learned
Maintenance Rehearsal
Encoding Specificity
Elaborative Rehearsal
repeating a word over and overinformation is active in STM/WM but may not transfer to LTM
ex: repeating the digits of a phone number until you dial them
Elaborative Rehearsal
Maintenance Rehearsal
Encoding Specificity
connects info to prior knowledgeinformation is active in STM/WM and is likely to transfer to LTM
ex: being able to relay what the teacher is saying about a topic from prior knowledge
Maintenance Rehearsal
Elaborative Rehearsal
Encoding Specificity
What are the encoding levels of processing?
Shallow
Retroactive
Moderate
Proactive
Deep processing
newer info impact retrieval of older info
ex: Learning a newly learned dance routine erases the cognitive and musclee memory of a previously learned routine.
retroactive interfernce
proactive interference
retrograde amnesia
anterogeade amnesia
older info impacts retrieval of newer info
Ex: If you move into a new house, you might find yourself accidentally writing your old address
Proactive Interference
Retro Interference
Anterograde amnesia
Retrograde Amnesia
memory loss
Priming
Retrieval Cues
Amnesia
stimulus for remembering
Retrieval Cues
Priming
Hippocampus
experience with information can improve late performance
Priming
Retrieval Cues
Hippocampus
loss of memory for the pasttypically you lose episodic, not semantic information
Complete Amnesia
Alzheimer's disease
Anterograde Amnesia
Retrograde Amnesia
inability to form new long-term memories
Retrograde Amnesia
Complete Amnesia
Anterograde Amnesia
Alzheimer's disease
Extremely Rare in Real Life
Extremely Common in TV and Movies
Alzheimer's
Disease
Complete Amnesia
Anterograde Amnesia
Retrograde Amnesia
primarily anterograde amnesia
excess protein depositscauses the brain to age extremely fast
Alzeheimer's Disease
Complete Amnesia
Retrograde Amnesia
Anterograde Amnesia
Who Was Ebbinghaus?
Storage failure.
First to study memory (1885).
Information decays over time.
Distributed vs Massed Practice.
The very first system in memory, in which raw information from the senses is held for a very brief period of time.
Gave Operant Conditioning its name.
Learning depends on what happens after the response: the consequence.
Learning by outcome.
American Psychologist.
Law of Effect.
If a behavior results in a positive outcfome, that behavior will be repeated.
Precursor to Operant Conditioning.
It never made it into LTM
Ex: maybe it didn’t seem important
Encoding Failure
Storage Failure
Retrieval Failure
Ebbinghaus: First to study memory (1885).
Information decays over time.
Distributed vs. Massed Practice.
Encoding Failure
Storage Failure
Retrieval Failure
Newer info impacts retrieval of older info
and
Older info impacts retrieval of newer info
Encoding Failure
Storage Failure
Retrieval Failure
information to be retrieved must be " pulled" from memory with very few external cues.
Serial position
Primacy Effect
Recency Effect
Retrieval Recall
Retrieval Failure
Retrieval Recognition
What is this an example of:
A person in a happy mood remembers happy memories.
Retrieval: Recall
Retrieval: Failure
Retrieval: Recognition
recall has failed(temporarily)
tip of the. tongue phenomenon (TOT)
Retrieval: Recall
Retrieval: Recognition
Retrieval: Failure
What is this an example of:
You cannot remember where you left your keys when your friend reminds you of them.
Retrieveal: Recall
Retrieval: Recognition
Retrieval: Failure
the person only needs to identify previously learned items
Retrieval: Recognition
Retrieval: Recall
Retrieval: Failure
What is this an example of:
Taking a multiple-choice quiz requires that you acknowledge the correct answer out of a group of available answers.
Retrieval: Failure
Retrieval: Recognition
Retrieval: Recall
