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1
Physical Growth
Learning Objective 8.1: Describe the physical changes in young children’s height, weight, and
brain structure.
Sleep
Learning Objective 8.2: Summarize common sleep problems and disturbances in early
childhood.
• What sleep patterns and problems tend to develop during early childhood?
• Why do some young children wet the bed?
Motor Development
Learning Objective 8.3: Summarize the continued development of fine motor skills and gross
motor skills and discuss the influences on handedness.
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2
EXPANDED OUTLINE
I. Physical Growth
• Children grow rapidly between ages 3 and 6 but less quickly than in infancy and
toddlerhood.
• At about age 3, they begin to take on the slender, athletic appearance of childhood.
• As abdominal muscles develop, the toddler potbelly tightens.
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authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
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3
B. The Brain
II. Sleep
• Sleep patterns change throughout the growing-up years, and early childhood has its own
distinct rhythms.
• Bedtime may bring on a form of separation anxiety, and the child may do all he/she can to
avoid it.
• Children are likely to want a light left on and to sleep with a favorite toy or blanket.
o Such transitional objects, used repeatedly as bedtime companions, help a child shift from
the dependence of infancy to the independence of later childhood.
• Young children who have become accustomed to going to sleep while feeding or rocking,
however, may find it hard to fall asleep on their own.
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authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
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4
A. Sleep Disturbances
• About 1 in 10 parents or caregivers of preschoolers say their child has a sleep problem.
• Sleep disturbances may be caused by:
o Accidental activation of the brain’s motor control system
o Incomplete arousal from a deep sleep
o Disordered breathing or restless leg movements
• These disturbances tend to run in families and are often associated with separation
anxiety.
• In most cases they are only occasional and usually are outgrown.
• Persistent sleep problems may indicate an emotional, physiological, or neurological
condition that needs to be examined.
• Possible sleep disturbances include night terrors, walking and talking while asleep, and
nightmares.
1. Night Terrors
• A child who experiences night terror appears to awaken abruptly from a deep sleep
early in the night in a state of agitation.
• The child may scream and sit up in bed, breathing rapidly and staring or thrashing
about.
• Yet he is not really awake.
• He quiets down quickly and remembers nothing about the episode the next morning.
• Night terrors generally peak between 2.5 to 4 years of age and decline thereafter.
• Walking and talking during sleep are fairly common in early and middle childhood.
• Sleepwalking and sleeptalking are generally harmless, and their frequency declines as
children age.
3. Nightmares
B. Bed-Wetting
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5
• Most children stay dry, day and night, by age 3 to 5, but enuresis, repeated, involuntary
urination at night by children old enough to be expected to have bladder control, is not
unusual.
• About 10 to 15 percent of 5-year-olds, more commonly boys, wet the bed regularly,
often while sleeping deeply.
• Preschool children normally recognize the feeling of a full bladder while asleep and
awaken to empty it.
o Children who wet the bed do not yet have this awareness.
• Enuresis runs in families, suggesting that genetics may play a role.
o The discovery of the approximate site of a gene linked to enuresis points to heredity
as a major factor, possibly in combination with slow motor maturation, sleep apnea,
allergies, or poor behavioral control.
• Children and their parents need to be reassured that enuresis is common and not serious.
o Treatment is most effective if delayed until the child is able to understand and follow
instruction; it often includes either enuresis alarms that wake the child when he/she
begins to urinate or medications.
• Children ages 3 to 6 make great advances in motor skill developments—both gross motor
skills such as running and jumping, which involve the large muscles (Table 8.2), and fine
motor skills, which are manipulative skills such as buttoning and drawing that involve eye-
hand and small-muscle coordination.
• They also begin to show a preference for using either the right or left hand.
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6
• Young children develop best physically when they can be active at an appropriate
maturational level in unstructured free-play.
• Gains in fine motor skills, such as tying shoelaces and cutting with scissors, allow
young children to take more responsibility for their personal care.
B. Handedness
• Handedness, the preference for using one hand over the other, is usually evident by
about age 3.
• Handedness is not always clear-cut; not everybody prefers one hand for every task.
• Some researchers argue that handedness is more influenced by the environment since
such factors as low birth weight and difficult deliveries are related to increased
likelihood of left-handedness.
o As further evidence of environmental effects, children who attend schools are more
likely to be right handed than children who do not receive a formal education.
• Other researchers argue that handedness is more influenced by either a single gene or by
a variety of genes working together.
• In the United States, advances in public health have made many of the previously
common childhood illnesses, accidents, and deaths rare.
o However, children nonetheless continue to face risks to optimal development.
• Some children eat too much food and may become overweight or obese, while others
suffer from malnourishment.
• Some children need to be careful not to consume foods they are allergic to.
• Oral health is also an issue; not all children practice good habits or have access to
dentists.
A. Obesity
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7
B. Undernutrition
• Worldwide, undernutrition is an underlying cause in more than half of all deaths before
age 5.
• Because undernourished children usually live in extremely deprived circumstances, the
specific effects of malnutrition are hard to determine.
• Some studies suggest that some of the effects of malnutrition can be lessened with
improved diet and early education.
C. Food Allergies
D. Oral Health
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forwarded, distributed, or posted on a website, in whole or part.
8
• Poor oral health and untreated disease can impact quality of life.
• The two common areas of oral health that parents are concerned about are:
o Thumbsucking
o Tooth decay
• By age 3, all the primary (baby) teeth are in place, and the permanent teeth, which will
begin to appear at about age 6, are developing.
o Thus parents usually can safely ignore the common habit of thumbsucking in
children under age 4.
• Fluoride use and improved dental care have dramatically reduced the incidence of tooth
decay since the 1970s, but disadvantaged children still have more untreated dental
caries—or cavities—than other children.
• Tooth decay in early childhood often stems from overconsumption of sweetened milk
and juices in infancy together with a lack of regular dental care.
• Young children are naturally venturesome and often are unaware of danger.
• Although most cuts, bumps, and scrapes are “kissed away” and quickly forgotten, some
accidental injuries result in lasting damage or death.
o Indeed, accidents are the leading cause of death after infancy throughout childhood
and adolescence in the United States.
o Worldwide, more than 800,000 children die each year from burns, drowning, car
crashes, falls, poisonings, and other accidents.
• All 50 states and the District of Columbia require young children to ride in specially
designed car seats or wear seat belts.
o New recommendations suggest 4-year-olds should use forward-facing car seats with
a harness until they reach the top weight or height limit for their seat.
o Belt-positioning booster seats should be used until children are big enough to fit a
seatbelt properly, with the lap belt across their thighs and the shoulder belt snug
against the shoulder and chest.
• Airbags are designed to protect adults, not children.
o They have been shown to increase the risk of fatal injury to children under age 13
who are riding in the front seat.
• Most deaths from injuries, especially among preschoolers, occur in the home—from
fires, drowning in bathtubs, suffocation, poisoning, or falls.
o From 2001 to 2003, more than 50,000 children age 4 and under were treated each
year in U.S. hospital emergency departments for unintentional exposure to
prescription and over-the-counter medicines.
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9
• U.S. laws requiring childproof caps on medicine bottles and other dangerous household
products, regulation of product safety, car seats for young children, mandatory helmets
for bicycle riders, and safe storage of firearms and of medicines have improved child
safety.
o Making playgrounds safer would be another valuable measure.
o Table 8.4 summarizes suggestions for reducing accident risks in various settings.
1. Socioeconomic Status
• The lower a family’s socioeconomic status (SES), the greater a child’s risk of illness,
injury, and death.
• Children in families with low SES are more likely than other children to:
o Have chronic conditions and activity limitations
o Lack health insurance
o Have unmet medical and dental needs
• Medicaid, a government program that provides medical assistance to eligible low-
income persons and families, has been a safety net for many poor children since 1965.
o However, it has not reached millions of children whose families earn too much to
qualify but too little to afford private insurance.
2. Race/Ethnicity
• Access to quality health care is a particular problem among black and Latino children,
especially those who are poor or near poor.
• According to the Children’s Defense Fund, 1 in 5 Latino children and 1 in 8 black
children are uninsured compared with 1 in 13 white children.
• Language and cultural barriers and the need for more Latino care providers may help
explain some of these disparities.
• Even Asian American children, who tend to be in better health than non-Hispanic
white children, are less likely to access and use health care.
3. Homelessness
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10
• Smoking is bad for everyone, however, children, with their still-developing lungs and
faster rate of respiration, are particularly sensitive to the damaging effects of exposure.
• Parental smoking is a preventable cause of childhood illness and death.
• The potential damage caused by exposure to tobacco smoke is greatest during the early
years of life.
• Children exposed to parental smoke are at increased risk of respiratory infections such
as bronchitis and pneumonia, ear problems, worsened asthma, and slowed lung
growth.
• Air pollution is associated with increased risks of death and of chronic respiratory
disease.
• Environmental contaminants also may play a role in certain childhood cancers,
neurological disorders, attention-deficit/hyperactivity disorder, and mental retardation.
• Children are more vulnerable than adults to chronic pesticide damage.
o There is some, though not definitive, evidence that low-dose pesticide exposure
may affect the developing brain.
• Lead poisoning can seriously interfere with cognitive development and can lead to
neurological and behavioral problems.
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11
o Very high levels of blood lead concentration may cause headaches, abdominal pain,
loss of appetite, agitation, or lethargy, and eventually vomiting, stupor, and
convulsions.
• Children’s median blood lead levels have dropped by 89 percent in the United States
since 1976 to 1980 due to laws mandating removal of lead from gasoline and paints
and reducing smokestack emissions.
o Still, about 25 percent of U.S. children live in households with deteriorating lead
paint, a condition more prevalent in low socioeconomic neighborhoods.
LECTURE TOPICS
Students who are going to be teachers, nurses, or parents will benefit from a discussion on the
importance of changing eating and activity behaviors to support healthy development.
The number of obese preschoolers is increasing annually. Obesity in preschool children is
predictive of adult obesity, which is associated with a number of very serious health conditions.
Obesity is a clinical term that refers to a specific percentage of overweight. Usually it is
calculated by the Body Mass Index, rather than just number of pounds by age.
Preschoolers who are obese risk social isolation. By age 4, children indicate a preference
for normal-weight peers. By 5, preschool girls have been reported to have concerns about their
body images and weight, and have indicated that they were “on diets.” So there are two trends
occurring simultaneously; more preschoolers are seriously overweight and there is an increasing
consciousness and negativity toward overweight among young children.
Why are more preschoolers obese than in previous generations? More adults are obese, as well,
so the factors that affect children are probably the same ones that affect adults. These are as
follows:
• sedentary lifestyle
• “activities” that are not active: television, video games, computer use
• change in food availability; take-out is ubiquitous
• change in portion sizes: take-out food is often “supersized” so that people who eat this way
often become unaware of how much a portion really is
• marketing: many food products are advertised heavily, including advertising aimed at
children
Obesity is not simply an outcome of lifestyle, however. There appears to be a strong genetic
element in body shape and size. The complication in researching this subject is obvious, though.
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12
The parents who supply the genes also supply the environment. Thus, it is not possible to
decipher the relative influences of nature and nurture on childhood obesity within a family.
Prevention is the best way to manage this problem. Prevention may be accomplished by a
multi-pronged approach.
• Family activities, such as sledding, playing ball, racing the dog, bike riding, should take
priority over television and video viewing. Kids are more likely to adopt and maintain an
active lifestyle if their parents play actively with them.
• Feed people, children and adults, healthy portions of healthful foods. Emphasize fruits and
vegetables; minimize processed foods. Limit sweet and high-fat snack foods, cereals, and
desserts.
• Support physical activities at school and day care. Active outdoor play every day is a must.
Weather is not usually a limiting factor if children dress for outdoor play. This needs to
become a regular part of the curriculum, not a special event.
• Encourage gross motor play with riding toys that you have to pedal, climbing equipment,
big and little balls to throw and catch, a sandbox for digging, containers for carrying water
and sand, and music to help kids keep moving.
The problem of severe malnutrition, a condition that may affect 3 to 7 percent of the world’s
children, has received widespread media attention. Even so, the problem of undernutrition, a
condition that may affect 40 to 60 percent of the world’s children, is less widely understood.
Protein-energy undernutrition is one type of undernutrition that has long-term developmental
effects, and supplemental treatment does not appear to overcome all of the different types.
Janina R. Galler conducted a large-sample longitudinal study in Barbados comparing the
behavior and development of school-aged children who suffered from severe protein-energy
undernutrition during their first year of life with those of classmates who had no history of
undernutrition. The first year of life is a critical period for brain development, which depends on
adequate protein resources for normal development. The two groups were carefully screened so
that the only significantly different factor in their development was protein-energy undernutrition
during the first year of life.
Although they initially lagged behind in growth, the undernourished children eventually
caught up in physical growth to the children in the control group. However, the undernourished
children continued to exhibit cognitive and behavioral deficits, compared to their counterparts in
the study. The IQ scores of children in the early-undernutrition group were, on average, 12 points
lower than those of the children in the control group. The early-undernutrition group exhibited a
fourfold increase in symptoms of attention deficit disorder. The attention deficit disorder
syndrome appeared in 60 percent of the early-undernutrition group. The attention deficits
persisted through testing at age 18 and were associated with poor school performance and school
dropout rates.
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13
The mechanisms by which undernutrition produces these deficits are not well understood.
Barrett has proposed a model in which the deficits result from “functional isolation.” During
periods of undernutrition, the infant becomes listless and inactive⎯behaviors that conserve
energy but functionally isolate the child from the stimulation and experiences necessary for
optimal development. Because such infants appear apathetic and withdrawn, caregivers interact
less with them, regardless of the caregiver’s prior interactional style. Undernourished infants also
spend less time exploring their physical and social environments. This model suggests that the
behavior of undernourished children leads to their experiencing less cognitive and social
stimulation.
Intensive intervention programs can remove many of the deficits, but promoting
programs that prevent early protein-energy undernutrition from occurring in the first place
appears to be a better policy to pursue.
If you would try several of these items, you are braver than the average person. Three categories
of potential foods are usually rejected as disgusting. First, people reject foods that contain items
they have learned to think of as disgusting. Even if the food is properly prepared, most people do
not want to try worms on their pizza or eat chocolate-covered cockroaches. Second, people reject
foods that they believe will taste bad, even though they have never tasted them. Many people are
reluctant to try sushi (includes raw fish) or escargot (snails). Third, we tend to reject foods that
are offensive in appearance or odor.
Disgust at foods tends to develop between the ages of 3 and 6. The first area of food
rejection to develop tends to be based on sensory characteristics, such as taste and texture. Next,
people learn to avoid harmful foods. Finally, people learn to reject food on the basis of what it is
(such as snake or insect) and where it comes from (such as tongue or stomach). For adults,
especially, a critical psychological feature is contamination. That is, a food becomes inedible if it
is even associated with something offensive. The opening examples involve the contamination
feature.
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14
One explanation for food rejection is that people use the laws of sympathetic magic in
determining what foods to reject. One law is the law of contagion, which states that when two
objects come into contact, they leave permanent traces on each other. This law may explain why
the majority of people would reject a glass of milk even after the removal of a dead, sterilized
fly. A second law is the law of similarity, which states that objects that look similar share
fundamental properties. This law may play a role when a person refuses to eat a piece of candy
formed in the shape of feces.
DISCUSSION TOPICS
The material in this section provides a good opportunity to reinforce accurate understanding of
norms. Ask students to compare their own patterns of growth (or, where appropriate, those of
their children) to the norms of their culture or ethnic group. Use the discussion to emphasize that
norms do not indicate desirable or optimal development, nor do they indicate the wide range of
individual differences in height and weight of preschoolers. Emphasize that they indicate only
what constitutes typical development for preschoolers in different cultures.
Ask students to share their own sleep patterns (or, where appropriate, those of their children)
when they were kids. If they cannot recall, they could ask their parents. This will make for an
interesting discussion.
Although differences in proficiency levels for motor development of boys and girls in early
childhood may be a result of skeletal differences, the differences are just as likely to be a
reflection of societal attitudes that encourage different activities for boys and girls. Explore with
the class whether they perceive changes in contemporary society’s encouragement of different
activities for young girls and boys. Is the differential the result of past societal needs that no
longer exist? Were males as “hunters” encouraged to be active while females as “gatherers” were
encouraged to develop eye-hand coordination? What advantages are there for our society in
encouraging these differences today? Discuss the role of the tomboy. Are more or fewer young
girls tomboys today? Does continued use of the term indicate that expectations for different
behavior from girls and boys are just as strong as they have always been? Conclude the
discussion by focusing on the similarities and the high degree of overlap in proficiency in motor
skills between boys and girls at any given age.
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authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
forwarded, distributed, or posted on a website, in whole or part.
15
Collect drawings made by children or encourage your students to add to your collection. These
can be easily made into overhead transparencies to demonstrate the developmental progression
of children’s art as discussed in the text. In addition, students may be interested in the
psychological evaluation of children’s drawings (rather than just developmental). Goodenough-
Harris Draw-A-Person test and other projective personality tests are interesting to consider.
Remind students that drawings are not diagnostic, but represent both children’s thinking and
their perceptual-motor skills, and they are a very limited piece of information. However, students
seem to enjoy applying their knowledge of Kellogg’s stages and speculating about the symbolic
meanings of elements in the drawings.
The idea of early childhood suicide or homicide may be difficult for students to accept. The “age
of innocence” view of early childhood is widely held. Help students to explore this painful and
difficult subject by inquiring about their attitudes and beliefs about childhood innocence. How
aware are preschoolers? What do they understand about suicide? What about death?
Ask students to visit the following link and discuss any one “Take Action!” topic of their choice:
http://www.commercialexploitation.com/
INDEPENDENT STUDIES
In many communities, 4- and 5-year-olds must pass a kindergarten screening test in order to
enter school. As kindergarten curricula become increasingly academic, school systems depend
on screening measures to help identify children who might benefit from another year of
development before entering kindergarten. These tests assume that children may not be
developmentally ready for the kindergarten experience as a result of maturation. What kinds of
things do kindergarten screening measures look for? How useful is this kind of assessment? Do
some research using a database such as ERIC to discover how reliable and valid preschool
screening tools are and whether they accurately predict which children are “ready” for
kindergarten.
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authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
forwarded, distributed, or posted on a website, in whole or part.
16
Infant motor development is highly canalized; that is, the range of ages at which a particular
development occurs is fairly narrow. For example, babies are expected to roll over for the first
time sometime between 2 months and 5½ months of age. Does this narrow range of expectations
persist when we consider children of 3 to 5 years? Research the development of motor skills that
we usually associate with older children, for example, riding a bicycle. What factors influence
the age at which children acquire these more sophisticated skills? What does the research suggest
about the impact of family support and experience in contrast to biologically influenced “natural
ability?” Use a database such as ERIC or the journal Perceptual and Motor Skills to help you
find answers to these questions.
Divide the class into groups of four or five. Assign each group the task of generating an example
for a generative term from this chapter. The example that each group creates cannot be one that
has been used in class or in the book. They must think of a new application for the term that they
are given. Groups are allowed to use their books and notes. By creating their own example of the
term, they demonstrate an understanding of the term to the level of application. There are several
approaches that can be used in this exercise. Students may be given the entire list at once.
Another strategy is to give all of the groups the same term and then go around the room to
discuss outcomes. A third approach is to give each group a different term and see what examples
they can generate.
Nightmare
Sleep terror
Family characteristics of enuresis
Gross motor skill
Fine motor skill
Left-hand disadvantages in a right-handed world
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authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
forwarded, distributed, or posted on a website, in whole or part.
17
Locate several pairs of left-handed scissors, a left-handed desk, a left-handed baseball glove, and
any other artifacts created for lefties. Encourage your right-handed students to try them out and
discuss the difficulties encountered by lefties in a right-handed world.
Have students write their names with their preferred hand. On the same sheet of paper, they
should write their name with the nonpreferred hand. Compare the results across the class. Are
there any students who found it nearly as easy to write with the nonpreferred hand as the
preferred hand? What other activities do these students do with either hand?
Your students might like to explore their own dominance patterns further. Ask them to fold their
arms and observe which arm is on top. Next, try to fold arms the other way. Do the same thing
with folding hands and observing which thumb is on the top. Imagine that you are kicking a ball;
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forwarded, distributed, or posted on a website, in whole or part.
18
which foot do you use? Each of these activities can provide insight into the processes involved in
right-, left-, and mixed-dominance.
Instruct your students to analyze two hours of Saturday morning children’s television. Have
students count the advertisements for food and analyze how many of these foods are healthy in
terms of fat, salt, and sugar content. How do these advertisements appeal to children? How do
they appeal to parents? Discuss how television influences children’s eating habits.
Assign students to interview preschoolers of different ages (3-year-olds, 4-year-olds, and 5-year-
olds). The students should question the preschoolers about their knowledge of the role of
nutrition in health. The students may need to be creative in their questioning in order to elicit
what the children know. For example, many preschoolers do not know about the basic four food
groups but freely respond to questions about whether they should drink milk every day. The
students will undoubtedly encounter many humorous replies to their questions.
Interview pediatric nurses from a local children’s hospital. Discover the major causes of
childhood hospitalization. What are some common reactions to being left in a hospital? What
attempts are made to help children overcome fears and uncertainty about hospitals?
What is the average duration of a hospital stay? What are some common recovery
problems once a child has returned home? Are there any long-range effects of hospitalization?
Has the length of stay changed due to increased managed care?
APPLIED ACTIVITIES
Watching little children eat can give you a good idea of the importance of fine motor
development. It is also very entertaining.
Locate a childcare program that has children from toddlers through preschool age. Obtain
permission to come and visit for lunchtime or snack time. When there, make arrangements to sit
with children of at least two different ages, 2- and 4-year-olds, for example, or 3- and 5-year-
olds. Watch how the children use their hands and mouths to eat their food. You will be observing
the type of grasp they are using, whether they are using one hand or both hands, how skilled they
are in getting food to the mouth (that takes some eye-hand coordination), and what happens to
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forwarded, distributed, or posted on a website, in whole or part.
19
the food when it does get there? When do kids learn to chew with their mouths closed? When do
they seem to use one hand in preference to both?
You will also be able to observe which foods they seem to prefer, and be certain to listen
to mealtime conversation. Who is social while eating? Who is methodical and systematic? Does
the activity level change from the beginning of the meal to the end? How do teachers manage the
activity and how do they support the development of fine motor skills?
Using the answers to these questions, write a brief (one page) description of your
mealtime visit to the childcare center. Be sure to identify any developmental changes you
observed. Include any suggestions you might have for managing mealtime with young children.
Locate a community sports league for children. Depending on the season and the geographical
location, this might be soccer, basketball, baseball, or another sport. Many leagues have games
all day on weekend days, beginning early in the morning with younger children and including the
oldest players late in the afternoon.
Choose a weekend day when you can observe children from several different age groups
playing the same sport. For example, you might watch 5-year-olds, 8-year-olds, and 12-year-olds
of either or both genders. Observe the development of the children’s motor skills across ages.
The skills that you will observe will be sport-specific, but generally speaking you will be
looking for developmental differences in how forcefully and accurately children can kick or hit a
ball, shoot baskets, and run and stop. Also watch children’s eye-hand coordination. Do you see
changes with age?
Note also that there are individual differences between children of the same ages. Some
5-year-olds might be very skilled with a soccer ball, while others still have a lot to learn. What
factors might account for these individual differences?
Write a brief description (one to two pages) of the developmental changes you observed.
That is, tell how the motor skills of the children varied with their ages. Then include the
observations you made of individual differences. How will individual differences among 5-year-
olds, for example, interact with development to produce motor skills at age 10 or 12? What
predictions can you make?
Name: __________
© 2013 by McGraw-Hill Education. This is proprietary material solely for authorized instructor use. Not
authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
forwarded, distributed, or posted on a website, in whole or part.
20
1. __________ help(s) a child shift from the dependency of infancy to the independence of
later childhood.
2. ______________ motor skills are physical skills that involve small muscles and eye-hand
coordination.
4. _________________ is a condition where the basic needs of a child such as food or safety
are not being met.
6. _______________ is failure to meet a child’s basic bodily needs, such as food, clothing,
medical care, protection, and supervision.
7. ________________ is the failure to give a child emotional support, love, and affection.
10. __________________ involve(s) waking from a deep sleep with no recall afterward.
1. transitional objects
2. fine
3. handedness
4. physical neglect
5. physical abuse
6. neglect
7. emotional neglect
8. nightmares
9. enuresis
© 2013 by McGraw-Hill Education. This is proprietary material solely for authorized instructor use. Not
authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
forwarded, distributed, or posted on a website, in whole or part.
21
Borzekowski, D.L.G. & Robinson, T. (2001). The 30-second effect: An experiment revealing the
impact of television commercials on food preferences of preschoolers. Journal of the American
Diabetic Association, 101, (1), 42-46.
Horgan, K.B., Choate, M., & Brownell, K. (2001). Television food advertising: Targeting
children in a toxic environment. In D.G. Singer and J.L. Singer (Eds.), Handbook of Children
and the Media. Thousand Oaks: Sage.
Institute of Medicine (U.S.), McGinnis, J.M., Gootman, J.A., & Kraak, V.A. (2006). Food
marketing to children and youth: Threat or opportunity? Washington, D.C.: National Academy
Press.
Powell, E.C. & Tanz, R.R. (2000). Cycling injuries treated in emergency departments: Need for
bicycle helmets among preschoolers. Archives of Pediatrics & Adolescent Medicine, 154, 1096.
Robinson, T.N., et al. (2001). Effects of reducing television viewing on children’s requests for
toys. Developmental and Behavioral Pediatrics, 22, 3.
Internet Resources
© 2013 by McGraw-Hill Education. This is proprietary material solely for authorized instructor use. Not
authorized for sale or distribution in any manner. This document may not be copied, scanned, duplicated,
forwarded, distributed, or posted on a website, in whole or part.
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Language: Italian
STATUA D’AUGUSTO
GUGLIELMO FERRERO
LE DONNE
DEI CESARI
EDIZIONI ATHENA
1925
MILANO — Via Vigentina, 7-9
PROPRIETÀ LETTERARIA
I diritti di riproduzione e di traduzioni sono riservati per tutti i paesi,
compresi la Svezia, la Norvegia e l’Olanda.
Copyright by G. Ferrero 1925
Si riterrà contraffatto qualunque esemplare di questa edizione che
non porti il doppio timbro a secco della Società Italiana degli Autori.
Arti Grafiche G. MONFRINI — Milano — Via Vigentina, 33
INDICE
PREFAZIONE.
II.
III.