Tables for your convenience, enlightenment, and
enjoyment.
Apgar Scale. This scale was developed by Dr. Virginia Apgar in 1952. It is used to rate a newborn at 1 minute and 5
minutes old on muscle tone, respiration, color, reflex irritability, and heart rate. A score of 7 -- 10 means that things are just
fine. Between 4 and 6, the baby may need assistance with breathing. Below 4, the baby will need life-saving measures
taken.
  Muscle tone
Heart Rate
Respiration
Reflex
Irritability
Color
0 points
floppy tone; limp;
no movement
no heart rate
not breathing
no response to
airways being
suctioned
The baby's whole
body is bluish
gray or pale.
1point
some flexion of
arms and legs
fewer than 100
beats per minute
weak cry, may
sound like
whimpering; slow
or irregular
breathing
grimace during
suctioning
good color (pink)
in body with
bluish hands and
feet
2 points
active motion
at least 100 beats
per minute
strong, lusty cry,
normal rate and
effort of breathing
grimace and pull
away, cough or
sneeze during
suction
good color all
over
           
           
The Bell Curve!!! (theoretical, obviously)
The Bell Curve was developed by Alexander Graham BELL shortly before he decided to invent cell phones.
Years later, it would become apparent that Bell's own IQ fell far below the "norm" (his younger brother, Norman,
who's life mission was "Turn on, tune in, drop out"). OK OK I lied.
IQ Scores & Ratings
What is a good IQ score?  What is a high IQ score?  What is a low IQ score?  These are common questions, particularly after someone
finds out their score from an IQ test.

Lewis Terman (1916) developed the original notion of IQ and proposed this scale for classifying IQ scores:










Normal Distribution & IQ Scores
The properties of the normal distribution apply to IQ scores:










Low IQ & Mental Retardation
5% of people have an IQ under 70 and this is generally considered as the benchmark for "mental retardation", a condition of limited
mental ability in that it produces difficulty in adapting to the demands of life.

Severity of mental retardation can be broken into 4 levels:









High IQ & Genius IQ
Genius IQ is generally considered to begin around 140 to 145, representing ~.25% of the population (1 in 400).  Here's a rough guide:














More notes on High IQ and Genius IQ:
Einstein was considered to "only" have an IQ of about 160.
Mensa is a society for people with high IQ, in the top 2% (1 in 50).
In 1926, psychologist Catherine Morris Cox published a study "of the most eminent men and women" who had lived between 1450 and
1850 to estimate what their IQs might have been.


LOOK AT OTHER GENIUSES!! (i have to say i was appalled and shocked with shock and appallation that i was not included on this
link, but i swallowed my pride.)
Cranial Nerves
CN 1: Olfactory Nerve -- SMELL (nose)
CN 2: Optic Nerve -- VISION (eyes)
CN 3: Oculomotor Nerve -- EYELID and EYEBALL MOVEMENT (eyes)
CN 4: Trochlear Nerve -- INNERVATES SUPERIOR OBLIQUE; TURNS EYE DOWNWARD and                            
LATERALLY
CN 5: Trigeminal Nerve -- CHEWING, FACE and MOUTH; TOUCH and PAIN
CN 6: Abducens Nerve -- TURNS EYE LATERALLY
CN 7: Facial Nerve -- CONTROLS MOST FACIAL EXPRESSIONS; SECRETION OF TEARS; SALIVA,                 
TASTE
CN 8: Acoustic Nerve (Auditory; Vestibulocochlear) -- HEARING, EQUILIBRIUM SENSATION
CN 9: Glossopharyngeal Nerve -- TASTE; SENSES CAROTID BLOOD PRESSURE
CN 10: Vagus Nerve -- SENSES AORTIC BLOOD PRESSURE, SLOWS HEART RATE,                                          
STIMULATES DIGESTIVE ORGANS, TASTE
CN 11: Spinal Accessory nerve -- CONTROLS TRAPEZIUS and STERNOCLEIDOMASTOID;                              
STIMULATES DIGESTIVE ORGANS; TASTE
CN 12: Hypoglossal Nerve -- CONTROLS TONGUE MOVEMENTS

A mnemonic to remember the cranial nerves is: "On Old Olympic Towering Tops A Finn and German Viewed
Some Hops"
"When I admire the wonder of a sunset
or the beauty of the moon, my soul
expands in worship of the Creator"
(Mahatma Gandhi)
Full Moon dates 2009

2009 Jan 10 (10:28 pm) Monday      
2009 Feb 9 (9:51 am) Monday       
2009 Mar 10 (10:40 pm) Tuesday     
2009 Apr 9 (10:58 am) Thursday          
2009 May 8 (12:03 am) Friday         
2009 June 7 (2:13 pm) Sunday         
2009 July 7 (5:23 am) Tuesday            
2009 Aug 5 (8:57 pm) Wednesday           
2009 Sep 4 (12:05 pm) Friday        
2009 Oct 4 (2:11 am) Sunday           
2009 Nov 2 (2:15 pm) Monday         
2009 Dec 2 (2:33 am) Wednesday           
2009 Dec 31 (2:15 pm) Thursday
New Moon -- the Moon is not illuminated by direct sunlight.

Waxing Crescent -- the visible Moon is partly but less than one-half
illuminated by direct sunlight while the illuminated part is increasing.

First Quarter -- one-half of the Moon appears illuminated by direct sunlight
while the illuminated part is increasing.

Waxing Gibbous -- the Moon is more than one-half but not fully illuminated
by direct sunlight while the illuminated part is increasing.

Full Moon -- the visible Moon is fully illuminated by direct sunlight.

Waning Gibbous -- the Moon is less than fully but more than one-half
illuminated by direct sunlight while the illuminated part is decreasing.

Last Quarter -- one-half of the Moon appears illuminated by direct sunlight
while the illuminated part is decreasing.

Waning Crescent -- the Moon is partly but less than one-half illuminated by
direct sunlight while the illuminated part is decreasing.  NOTE:  Following
Waning Crescent is a New Moon, beginning a repetition of the complete
phase cycle of 29.5 days average duration.
MULTIPLE INTELLIGENCES by Howard Gardner
TEST (thanks to www.thinkingclassroom.co.uk (Mike Fleetham)
Verbal-Linguistic  
Well-developed verbal skills and sensitivity to the sounds, meanings, and rhythms of words.
These learners have highly developed auditory skills and are generally elegant speakers. They think in words
rather than pictures.
Mathematical-Logical
Ability to think conceptually and abstractly, and capacity to discern logical or numerical patterns.
These learners are always curious about the world around them; asking lots of questions. These learners love
to do experiments.
Musical
Ability to produce and appreciate rhythm, pitch, and timbre.
Musically inclined learners think in sounds, rhythms, and patterns. The immediately respond to music either
appreciatively or critically. Many of these learners are extremely sensitive to environmental sounds (e.g.,
crickets, bells, dripping taps, snoring).
Visual-Spatial
Capacity to think in images and pictures, to visualize accurately and abstractly.
Visual learners need to create vivid mental images to retain information. They enjoy looking at maps, charts,
pictures, videos, etc.
Bodily-Kinesthetic
Ability to control one's body movements and to handle objects skillfully.
These learners express themselves through movement. They have a good sense of balance and eye-hand
coordination (e.g., play ball, balance beams). Through interacting with the space around them, they are able to
remember and process information.
Interpersonal
Capacity to detect and respond appropriately to the moods, motivations, and desires of others.
These learners try to see things from others' points of view in order to understand how they think and feel. They
often have an uncanny ability to sense feelings, intentions, and motivations. Generally, they try to maintain
peace in group settings and encourage cooperation. They use both verbal and non-verbal language to open
communication channels with others.
Intrapersonal
Capacity to be self-aware and in tune with inner feelings, values, beliefs, and thinking processes.
These learners try to understand their inner feelings, dreams, relationships with others, and strengths and
weaknesses.
Naturalist
Ability to recognize and categorize plants, animals, and other objects in nature.
These learners have the ability to appreciate, understand, and enjoy the natural world, the ability to observe,
understand, and organize patterns in the natural environment, and the ability to nurture plants and animals.
Existential
Sensitivity and capacity to tackle deep questions about human existence, such as the meaning of life, why do
we die, and how did we get here.
Over 140 - Genius or near genius
120 - 140 - Very superior intelligence
110 - 119 - Superior intelligence
90 - 109 - Normal or average
intelligence
80 - 89 - Dullness
70 - 79 - Borderline deficiency
Under 70 - Definite feeble-mindedness
50% of IQ scores fall between 90 and
110
70% of IQ scores fall between 85 and
115
95% of IQ scores fall between 70 and
130
99.5% of IQ scores fall between 60
and 140
50-70 - Mild mental retardation (85%)
35-50 - Moderate mental retardation
(10%)
20-35 - Severe mental retardation (4%)
IQ < 20 - Profound mental retardation
(1%)
115-124 - Above average (e.g.,
university students)
125-134 - Gifted (e.g., post-graduate
students)
135-144 - Highly gifted (e.g.,
intellectuals)
145-154 - Genius (e.g., professors)
155-164 - Genius (e.g., Nobel Prize
winners)
165-179 - High genius
180-200 - Highest genius
>200 - "Unmeasurable genius"
PRENATAL AND
NEONATAL
DEVELOPMENT
Physical/Motor
Development
Cognitive Development
Social/Emotional
Development
CONCEPTION
Genetic transmission;
Sex determination
Genetic basis of
intelligence
Genetic basis of
personality and
behavioral traits
PRENATAL GERMINAL
Development of zygote;
Cell division and
differentiation;
Development of placenta
and umbilicus
and Implantation
   
EMBRYONIC
Critical time for
teratogenic effects;
Cephalocaudal and
proximodistal growth;
Development of sensory
and internal organs
Beginning of brain and
central nervous system
development.
Pregnancy confirmed;
Parental excitement or
fear about pregnancy;
Feelings of concern for
health of the child
FETAL
Rapid growth of body and
brain;
Development of external
genitalia;
Age of viability;
Preparation for birth;
Reflexes functioning
All senses functioning to
some degree;
Well-defined stages of
arousal;
REM sleep
Mother's condition
becoming obvious.
Family preparing for
arrival of new child
BIRTH
Labor and dilation of the
cervix;
Crowning and molding;
Afterbirth
Beginning of breathing
and body temperature
control
Exposure to sensations
from world outside the
uterus
Parental, societal, and
cultural expectations for
birth;
Addition of  new family
member
NEONATE
Reflexes;
Rapid brain development;
Continuation of
perceptual development;
Cycling through states of
arousal;
Initial weight loss followed
by weight gain
Innate preferences;
Perceptual memory;
Ability to learn simple
contingencies;
Ability to imitate facial
expressions
Parent-newborn bonding;
Caregiving;
Individual differences in
behavioral traits
becoming evident