2. What is Memory?
is the ability to take in information, encode it, store it,
and retrieve it at a later time.
“Memory is the means by which we draw on our past
experiences in order to use this information in the present’
(Sternberg, 1999).
In psychology, memory is studied into three stages:
encoding, storage, and retrieval.
3. The Memory Process:
ENCODING
STAGES OF MEMORY
• also known as registration
• allows information from the
outside world to reach our senses
in the forms stimuli.
• the processing of information into
the memory system
4. The Memory Process:
ENCODING
STORING
STAGES OF MEMORY
• the creation of a permanent
record of the encoded
information. Storage is the
second memory stage or
process in which we maintain
information over periods of
time.
5. The Memory Process:
ENCODING
STORING
RETRIEVAL
STAGES OF MEMORY
• to recall, or recognition
• the calling back of stored
information in response to
some cue for use in a process or
activity. We must locate it and
return it to our consciousness.
Some retrieval attempts may be
effortless due to the type of
information.
6. Types of Memory?
Sensory Memory
Short-Term Memory
Long-Term Memory
• is the shortest-term
element of memory
• allows individuals to retain
impressions of sensory
information after the
original stimulus has
ceased.
7. Types of Memory?
Sensory Memory
Short-Term Memory
Long-Term Memory
• also known as working memory.
• It holds only a few items
• However, items can be moved
from short-term memory to
long-term memory via processes
like rehearsal
8. Types of Memory?
Long-Term Memory
• are all the memories we hold for
periods of time longer than a few
seconds
• It encompasses everything from what
we learned in first grade to our old
addresses to what we wore to work
yesterday.
• Long-term memory has an incredibly
vast storage capacity, and some
memories can last from the time they
are created until we die.
9. Types of Memory?
Long-Term Memory
• Has many types:
1. Explicit or declarative memory
- requires conscious recall; it consists of
information that is consciously stored or
retrieved.
2. Procedural/implicit memory
- not based on consciously storing
and retrieving information
10. it consists of
information that is
consciously stored or
retrieved
not based on
consciously storing
and retrieving
information
Example:
“Paris is the capital
of France”
Example:
“When I was in Paris,
I saw the Mona Lisa
painting”
11. Study repeatedly to boost recall
Spend more time rehearsing or actively thinking about the material
Make material personally meaningful
Activate retrieval cues--mentally recreate situation and mood
Recall events while they are fresh-- before you encounter misinformation
Minimize interference
Test your own knowledge
rehearse
determine what you do not yet know
HOW TO IMPROVE YOUR
MEMORY?
12. HOW TO IMPROVE YOUR
MEMORY?
Use mnemonic devices
Order Mnemonics
Acronym Mnemonics
Spelling Mnemonics
Rhyme or Poem Mnemonics
Chunking
13. HOW TO IMPROVE YOUR
MEMORY?
Use mnemonic devices
Order Mnemonics
The order of taxonomy
Kids Prefer Cheese Over Fried Green Spinach
(Kingdom, Phylum, Class, Order, Family, Genus, Species)
Order of Planets
My Very Excited Mother Just Served Us Nine Pies
(Mercury, Venus, Earth, Mars, Jupiter, Saturn,
Uranus, Neptune, and Pluto)
Use mnemonic devices
Acronym Mnemonics
ROY G. BIV for the spectrum colors
(Red, Orange, Yellow, Green, Blue, Indigo, Violet)
HOMES for the Great Lakes
(Huron, Ontario, Michigan, Erie, Superior)
14. HOW TO IMPROVE YOUR
MEMORY?
Use mnemonic devices
Rhyme or Poem Mnemonics
30 Days has September
April, June, and November
All the rest have 31
Except February alone
Which has but 28 days clear
And 29 in each leap year
Use mnemonic devices
Spelling Mnemonics
For the word ARITHMETIC:
A Rat In The House May Eat The Ice
Cream
For the word NECESSARY:
Not Every Cat Eats Sardines. Some Are
Really Yummy.
15. HOW TO IMPROVE YOUR
MEMORY?
Use mnemonic devices
Chunking Mnemonics
(grouping)
09174245955
0917-424-5955
18. Three main characteristics of
Intelligence
Abstract thinking or reasoning abilities
problem-solving abilities
the capacity to acquire knowledge
(Gottfredson, 1997a; Snyderman and Rothman, 1987)
19. INTELLIGENCE
has been defined in many different ways including as one's capacity
for logic, understanding, self-awareness, learning, emotional
knowledge, planning, creativity and problem solving. It can be more
generally described as the ability to perceive information, and to retain
it as knowledge to be applied towards adaptive behaviors within an
environment or context.
20. 1904, when French psychologist Alfred Binet was appointed to a government
committee whose job was to identify, study, and provide special educational
programs for children who were not doing well in school
Binet developed a set of mental tasks that provided the model for today’s
intelligence tests.
Binet assumed that reasoning, thinking, and problem solving all depend on
intelligence, so he chose tasks that would highlight individual differences in
children’s ability to do these things.
Binet also assumed that children’s cognitive abilities increase with age.
A Brief History of Intelligence Tests
21. The Stanford-Binet Test
devised by psychologists at Stanford University following lines laid down by Binet,
have appeared in three editions
1. 1916 by Professor Lewis M. Terman – Stanford-Binet Intelligence Scale
2. 1937 Professor Muad Merill ,became the most extensive used device
for testing intelligence of children individually. It was translated
into many languages and adapted in other ways for use
throughout the civilized world
3. 1960, further revision appeared. This was made necessary because
many items in earlier editions had become obsolete and certain
refinements in the overall design of the test seemed advisable
22. Performance on any test is meaningless without some frame of reference for its
interpretation.
Scores of intelligence tests are generally reported in terms of mental age, IQ, and
percentiles
MENTAL AGE (MA) – is a derived score which indicates the pupils' level of mental
development.
CHRONOLOGICAL AGE (CA) – actual age
IQ = MA X 100
CA
At present, however, to get the IQ of an individual, the above formula is no longer
used.
23. INTELLIGENCE
The Wechsler Test
developed by Dr. David Wechsler of Bellevue Psychiatric Hospital
The test was design first to adults
Improvised - Wechsler Adult Intelligence Scale (WAIS)
New developed test for children - Wechsler Intelligence Scale for
Children (WISC)
24. INTELLIGENCE
The Terman-McNEmar Test or Mental Ability
a well constructed test, reliable and easily interpreted.
It is restricted to verbal reasoning and information in order to predict school marks
The Pinter General Ability Tests
in this test, there are separate language and non-language tests
25.
26. TYPES OF INTELLIGENCE
In 1983 an American developmental psychologist Howard Gardener described 9 types of
intelligence:
1. Spatial Intelligence (“Picture Smart”)
2. Linguistic Intelligence (Word Smart)
3. Intra-personal Intelligence (Self Smart”)
4. Interpersonal Intelligence (People Smart”)
5. Logical-Mathematical Intelligence (Number/Reasoning Smart)
6. Musical Intelligence (“Musical Smart”)
7. Bodily-Kinesthetic Intelligence (“Body Smart”)
8. Naturalist Intelligence (“Nature Smart”)
9. Existential Intelligence (“life-Smart”)
27.
28. MOTIVATION
Motivation is an area of psychology that has gotten a great
deal of attention, especially in the recent years.
The reason is because we all want to be successful, we all
want direction and drive, and we all want to be seen as
motivated.
Motivation is one factor that can explain various human
behaviors and responses.
Motivation is the question of “WHY’s” in our lives
29. MOTIVATION
Is derived from the word, “motives” which means the inner state
that energizes, activates or moves and that which directs behavior
towards our goals.
Other terms used to describe motivation are “drive”, “needs”,
“desire”
Motivation starts when a person perceives a need that must be
satisfied
Thus, a perceived need is the key to cause someone to do
something to satisfy such need.
30. CLASSIFICATION OF MOTIVES
A. Physiological Motives or Survival Motives
Directly related to normal body functions such as the need for air, food,
water, excretion of waste, rest, protection from the extremes of heat
and cold, sleep, and avoidance of pain.
The strongest of all human motives
Satisfying these needs is for life survival
Hunger, Thirst, Recovery from Fatigue, Maintenance of Temperature
Normalcy, Maintaining Proper Elimination and Avoidance of Pain are
our survival motives.
31. CLASSIFICATION OF MOTIVES
B. Psychological Motives or Social Motives
this is a result of interaction with other people
This is substantially depending on social groups and concern
social dominance, conformity to societal norms and
obedience to authority.
These needs are only met through with other people.
Common psychological and social motives are:
32. B. Psychological Motives or Social Motives
◦ Affectional Drive
◦ The drive to have contact or be with, near some object or person that provides comfort
and warmth.
◦ Being loved and cared are forms of expressions for this type of need
◦ These are very powerful motives
◦ Security and Safety Need
◦ This is one of the most powerful socializing forces
◦ This leads to people to be cooperative and thereby builds a society that enables
individuals to live together in peace and harmony
◦ Home, work place, social relationships, ability to cope with problem situations - are
important factors for individual to feel secure and safe ==== resulted to develop attitudes
of confidence that usually enable him to progress successfully in whatever the person
undertakes.
◦ Sex Urge
◦ Though sex is a biological motive because it is innate but our survival does not depend on
it.
◦ However, the expression of this type of drive is limited due to social pressure; that is,
society sets the pattern for acceptable modes of sexual gratification.
33. ◦Affiliation Need
◦The need to connect or associate oneself with others
◦Reasons why we look for a friend, join with clubs, organizations, sports
and the like
◦Dependency (succorance)
◦Closely related to affiliation drive and probably a sub-classification of it
◦The drive to seek aid, protection, sympathy from another, to depend on
others, the need to have someone to look up to and depend for help
◦Social Approval
◦The need to be socially approved and accepted
◦Thus, we tend to follow the command of other people and do what
society/other people expect of us. Tend to avoid anything that will meet
the disapproval of people around us.
34. C. Ego – Integrative Motives or Personal Motives
These personal motives are built around the “self”
◦Recognition
◦The power drive
◦Achievement drive
◦Autonomy drive
◦Defensiveness drive
35.
36. Maslow (1943) initially stated that
individuals must satisfy lower level
deficit needs before progressing on to
meet higher level growth needs.
However, he later clarified that
satisfaction of a needs is not an “all-or-
none” phenomenon, admitting that his
earlier statements may have given “the
false impression that a need must be
satisfied 100 percent before the next
need emerges” (1987, p. 69).
SEQUENCE OF DISCUSSION?
Greetings to students
Recapitulation of what has learned from the previous lessons
the acquisition of knowledge or skills through experience, study, or by being taught.
Has been defined as a “form of adaption”, mode of adjustment, and a change in behavior
CLASSICAL CONDITIONING
INSTRUMENTAL CONDITIONG
INSIGHT LEARNING
OBERVATIONAL LEARNING
Law of readiness, Exercise, effect, apperception, regency, primacy, intensity, and forgetting
Relevance of today’s discussion from the previous discussion
What is memory?
Is memory important? Why? What will happen if we don’t have memory?
As students, how important/essential memory for your studies?
Have you heard about a story or someone who has lost his/her memory?
For us to recall events, facts or processes, we have to commit them to memory.
“Memory is the process of maintaining information over
time.” (Matlin, 2005)
Memory is essential to all our lives.
Without a memory of the past we cannot operate in the present or think about the future.
We would not be able to remember what we did yesterday, what we have done today or what we plan to do tomorrow.
Without memory we could not learn anything.
also known as registration --------- STIMULI -----PLURAL
HOW ENCODING STAGE WORKS?
RECORDING OF THE IFORMATION/DATA THAT WE RECEIVED
HOW TO CREATE OR MAINTAIN THE REGISTERED INFORMATION? ------Process is in the next stage
NOTE: SA LAST STAGE NA E DISCUSS ANG COMPUTER…….
STORING ------KEEPING AND SAVING THE DATA/INFORMATION
AS TO THE QUESTION, how long our stored information will last will depend as to how you make use of it and practice with it.
EXAMPLE:
SAVING A DATA TO YOUR COMPUTER
Sometimes you might be wondering why you experience some difficulty in retrieving
Distraction can prevent us form encoding information initially
information might not be stored properly
might not move from short-term to long-term storage;
It is the ability to retain impressions of sensory information after the original stimuli have ended.
Sensory memory is the first stage after information gets to a sense organ. It is large, accurate, but very brief, lasting about a second. It is a temporary storage buffer between sensory input and the next stage, short term memory.
EXAMPLE.
For example, the ability to look at something and remember what it looked like with just a second of observation is an example of sensory memory.
1. "iconic memory," the visual sensory store.
so named because the mental representations of visual stimuli are referred to as icons.
Iconic memory has a duration of about 100 ms.
2. ”echoic memory “(the auditory sensory store/use of auditory system)
holding a large amount of auditory information, but only for 3–4 seconds.
This echoic sound is replayed in the mind for this brief amount of time immediately after the presentation of the auditory stimulus.
For example, how do you remember a telephone number you have looked up in the phone book?
3. “haptic memory “(the tactile (tactil) sensory store).
HAPTIC - is a form of sensory memory that refers to the recollection of data acquired by touch after a stimulus has been presented.
Sensory receptors all over the body detect sensations like pressure, itching, and pain, which are briefly held in haptic memory before vanishing or being transported to short-term memory.
Haptic memory is used regularly when assessing the necessary forces for gripping and interacting with familiar objects.
Haptic memory seems to decay after about two seconds
TYPES OF MEMORY CODES:
1. Visual (picture) - If you can see it then you are using visual coding,* represent information as pictures
2. Acoustic (sound) - but if you are repeating it to yourself you are using acoustic coding (by sound)* represent information as sequences of sounds, such as a tune or rhythm
3. Semantic (meaning)
Represent the general meaning of an experience
Cut across Example:
“Huey’s Going-Out-of-Business Scale”
1. You might encode the sound of the words as if they had been spoken (acoustic encoding)
2. The image of the letters as they were arranged on the sign (visual encoding)
3. The fact that you recently saw an ad for Huey (semantic)
NOTE: the type of encoding codes that we use influences what we remember
It holds only a few items (research shows a range of 7 +/- 2 items) and only lasts for about 20 seconds
An example of rehearsal is when someone gives you a phone number verbally and you say it to yourself repeatedly until you can write it down. If someone interrupts your rehearsal by asking a question, you can easily forget the number, since it is only being held in your short-term memory.
ACTIVITY: EXAMPLE OF LONG TERMM MEMORY
Alphabet letters
Name
Names of your parents
Telephone Numbers/Mobile Numbers
Basic operations in math
Direction when we go home to our respective places
Explicit or declarative memory requires conscious recall; it consists of information that is consciously stored or retrieved. Explicit memory can be further subdivided into semantic memory (facts taken out of context, such as "Paris is the capital of France") and episodic memory (personal experiences, such as "When I was in Paris, I saw the Mona Lisa").
In contrast to explicit/declarative memory, there is also a system for procedural/implicit memory. These memories are not based on consciously storing and retrieving information, but on implicit learning. Often this type of memory is employed in learning new motor skills. An example of implicit learning is learning to ride a bike: you do not need to consciously remember how to ride a bike, you simply do. This is because of implicit memory
IMPLICIT MEMORY – already contained in us and embedded to us ….EXAMPLE: how to use your cellphone, laptop and even dialing a telephone number using land land phone
MNEMONIC devices – clues
Mnemonic devices are techniques a person can use to help them improve their ability to remember something. In other words, it's a memory technique to help your brain better encode and recall important information.
Order Mnemonics
memorizing the right order/arrangement, classification, (ITEMS SHOULD BE IN SEQUENCE)
Making a sentence using the first letter of the each items according to its proper order
An acronym is a pronounceable word made out of the first letters of the name of an organization, institution, or whatever.
SCUBA - Self Contained Underwater Breathing Apparatus
NBA - National Basketball Association
CD-ROM - Compact Disk - Read Only Memory
GPA - Grade Point Average
The Internet has spawned a whole new set of acronyms designed to aid communication while minimizing typing!BTWBy The Way
LOL- Laughing Out Loud
TTYL - Talk To You Later
Spelling Mnemonics
From a single word (difficult spelling) is transformed into a sentence
Chunking – is based on the idea that short-term memory is limited in the number of things that can be retained
Common rule = 7 + 2/-2 in items of short term memory
If you try to remember group of items in chunks of more than 9 , your brain gets confused
But chunking can help you memorize 9 or more if you use chunking
Standard Tests of intelligence measure some of these characteristics, but they don’t address all of them.
Accordingly, some psychologists argue that these tools are not able to capture all that should be tested if w want to get a complete picture of someone’s intelligence in its broadest sense.
To better understand the controversy, let’s take a look at how standard intelligence tests were created, what they are designed to measure, and how well they do their jobs.
Later, we will consider some alternative intelligence test that have been proposed by those who find fault with traditional ones.
Is used in attempts to evaluate and measure actual or potential ability to perform selected tasks by complex learning and thinking
Intelligence tests are not a measure of how “smart” someone is. They measure intellectual potential (POTENTIAL)
The possession of knowledge, the ability to efficiently use that knowledge to reason about the world, and the ability to use that reasoning adaptively in different environments .
The story of modern intelligence tests begins in 1904 ….
PROCESS:
After trying out test items o children of various age, he categorized each item according to how old a child had to be to get the item right.
Example, a “SIX-YEAR OLD ITEM” was one that a large majority of six-year old could answer correctly but that five-year olds could not.
In other word, Binet set of test contained a set of age-graded items.
Thus, it measured a child’s “mental level” , later called ------------------MENTAL AGE, by determining the age level of the most advanced items that child could the child could consistently answer correctly
Children whose mental age equaled their actual age, or CHRONOLOGICAL AGE, were considered to be of “regular” intelligence
Terman at Standaford University began to develop an English-language version that has come to be known as the Stanford-Binet Intelligence Scale
Stanford-Binet Intelligence Scale – a test for determining a person’s intelligence quotient, or IQ
IQ – a number that was originally determined by dividing mental age by chronological age and multiplying the result by 100. It now reflects the degree to which a person’s score on an intelligence test differs from the average score of others in his or her age group.
Is used in attempts to evaluate and measure actual or potential ability to perform selected tasks by complex learning and thinking
LEWIS TERMAN believed that IQ tests could pinpoint who did not and who did not have a suitable “amount” of intelligence.
Theses beliefs were controversial and in some instances led to prejudice and discrimination of what has been tested.
Is used in attempts to evaluate and measure actual or potential ability to perform selected tasks by complex learning and thinking
David Wechsler (/ˈwɛkslər/; January 12, 1896 – May 2, 1981) was a Romanian-American psychologist. He developed well-known intelligence scales, such as the Wechsler Adult Intelligence Scale (WAIS) and the Wechsler Intelligence Scale for Children (WISC).
(/ˈwɛkslər/; ------VEKSLER (Romanian)
Is used in attempts to evaluate and measure actual or potential ability to perform selected tasks by complex learning and thinking
The theory of multiple intelligences was developed in 1983 by Dr. Howard Gardner, professor of education at Harvard University. It suggests that the traditional notion of intelligence, based on I.Q. testing, is far too limited. Instead, Dr. Gardner proposes eight different intelligences to account for a broader range of human potential in children and adults. These intelligences are:
Linguistic intelligence (“word smart”)------------------------ reflected in good vocabulary and reading comprehension
Logical-mathematical intelligence (“number/reasoning smart”)------------------indicated by skills at arithmetic and certain kinds of reasoning
Spatial intelligence (“picture smart”)-------------seen in ability to visualize the relationships among objects in the environment
Bodily-Kinesthetic intelligence (“body smart”)---------------- reflected in skill in dancing, athletics, gymnastic
Musical intelligence (“music smart”)----------abilities involving rhythm, tempo, and sound identification
Interpersonal intelligence (“people smart”) ----ability to understand and interact with others
Intrapersonal intelligence (“self smart”)--------displayed by self-understanding
Naturalist intelligence (“nature smart”)---------ability to see patterns in nature
Linguistic intelligence (“word smart”)------------------------ reflected in good vocabulary and reading comprehension
Logical-mathematical intelligence (“number/reasoning smart”)------------------indicated by skills at arithmetic and certain kinds of reasoning
Spatial intelligence (“picture smart”)-------------seen in ability to visualize the relationships among objects in the environment
Bodily-Kinesthetic intelligence (“body smart”)---------------- reflected in skill in dancing, athletics, gymnastic
Musical intelligence (“music smart”)----------abilities involving rhythm, tempo, and sound identification
Interpersonal intelligence (“people smart”) ----ability to understand and interact with others
Intrapersonal intelligence (“self smart”)--------displayed by self-understanding
Naturalist intelligence (“nature smart”)---------ability to see patterns in nature
What does this picture mean to you
What drive people to finish their studies and to work hard?
Why people tend to relate or connect with other people?
ORIGIN OF MOTIVES
Motives originate either from a biological or a physiological source or from an environment influence.
Biological or a physiological source
Need for food or water which will drive an individual to seek food when hungry or drink when thirsty
Sex drive which is due to presence of hormones secreted by the reproductive glands, the ovaries and testes
Environment influence
Anything we see and observe from others are things that we want to do or acquire too.
Sometimes it is a result of our desire to be socially accepted or approved.
Affiliation need – love and care are not necessary displayed … being with someone is sometimes become more important than care and love
Succorance
- Examples: we depend upon our parents for money, advice
This five-stage model can be divided into deficiency needs and growth needs.
The first four levels are often referred to as deficiency needs (D-needs), and the top level is known as growth or being needs (B-needs).
deficiency needs (D-needs
Deficiency needs arise due to deprivation and are said to motivate people when they are unmet.
Also, the motivation to fulfill such needs will become stronger the longer the duration they are denied.
For example, the longer a person goes without food, the more hungry they will become.
https://www.simplypsychology.org/maslow.html
When a deficit need has been 'more or less' satisfied it will go away, and our activities become habitually directed towards meeting the next set of needs that we have yet to satisfy.
These then become our salient needs.
However, growth needs continue to be felt and may even become stronger once they have ben engaged.
Growth needs do not stem from a lack of something, but rather from a desire to grow as a person. Once these growth needs have been reasonably satisfied, one may be able to reach the highest level called self-actualization.
Every person is capable and has the desire to move up the hierarchy toward a level of self-actualization. Unfortunately, progress is often disrupted by a failure to meet lower level needs. Life experiences, including divorce and loss of a job, may cause an individual to fluctuate between levels of the hierarchy.
Therefore, not everyone will move through the hierarchy in a uni-directional manner but may move back and forth between the different types of needs.