Seven Essential Skills for Future Math Success
Transcript of Seven Essential Skills for Future Math Success
Title: SEVEN ESSENTIAL SKILLS FOR FUTURE MATH SUCCESS
Published in: Early Years, a publication of the Texas Association for the Education of Young
Children, Austin, TX USA
Publication
Date: Summer 2015, Vol. 36. No. 2
Author: Dr. Carrie S. Cutler
48 Wisteria Walk Cir.
The Woodlands, TX 77381
713-377-3659
Brief Bio: Since 1998, I have taught undergraduate and graduate courses in elementary and
early childhood math methods. In 2014, the University of Houston-Downtown
recently selected me as their Outstanding Adjunct Professor and the Houston Area
Association for the Education of Young Children awarded me their Teacher
Educator of the Year honor. My publication history ranges from numerous
scholarly journal articles to a practical math lesson book for teachers of gifted
children. I work with preschool and elementary teachers in the Houston area as a
consultant and workshop presenter. I am also super mom to eight kids ages 3
months, 2, 4, 8, 10, 12, 14, and 18.
Seven Essential Skills for Future Math Success
Even more than reading ability, mastering early math concepts serves as a predictor of
later school success (Duncan et al, 2007). Children are naturally mathematical. They
instinctively identify unfair shares, determine who is taller, and count collections of toys.
Expanding upon children’s natural desires to make sense of the world in mathematical ways
helps build a firm foundation for future mathematical success. Preschool children should develop
seven skills to ensure they are ready for future math endeavors.
1. Number and operations skills. Because number concepts are the gateway to all other
mathematical content, children must become competent counters. Counting may seem simple,
but it is actually a highly cognitive endeavor. Counting involves:
saying numbers in the correct sequence,
keeping track of what’s been counted,
recognizing that the number sequence is consistent no matter what is counted or what
order the objects are counted in,
using one-to-one correspondence (assigning one number to each object counted), and
understanding cardinality (recognizing that the final number spoken is the quantity in the
set).
To help children become competent counters, teachers can enrich the school day with
natural opportunities for meaningful counting. For example, model counting at clean-up time by
quickly counting the number of blocks in a handful and saying, “I picked up four. This is a
handful of three. This time I got two.” Children will soon join in the clean-up counting.
Filling the school day with counting teaches several principles. Students can gain
experience counting from a number other than one. We can do this by saying, “I see three
blocks, then four, five, six” or “I see two children on one side of the water table, then three, four,
five on the other.”
Creative teaching also helps children with the concept of zero. Play a Zero Game by
sending children on a hunt for easily located classroom items such as crayons. Then have them
look for an item not found in the classroom such as a tiger or an elephant. For another Zero
Game, ask all the children with, for example, black hair to stand to be counted. When you ask all
the children with purple hair to stand, point out that zero children stood up. Repeat this game
with various themes to help children understand zero.
Preschoolers should also become familiar with simple adding and subtracting scenarios
in meaningful real-world situations. Do this by adding red blocks to blue blocks or taking away
crackers by eating them during snack. Imbedding daily routines with conversations about adding
and subtracting aids children in seeing and appreciating mathematics in their everyday lives.
--insert figure 1 about here--
Figure 1. Teaching Tips for Number and Operations
Count throughout the school day
Use a variety of materials including math manipulatives and real-world objects
Incorporate counting into all centers
Give experience with the concept of zero
Ask good questions such as, “How many more do you need to have five?” or “You started
with six and ate two. Without counting again, can you tell how many you have?”
2. Shapes and Their Attributes. Preschool geometry includes recognizing and naming
two-dimensional shapes (circle, square, rectangle, rhombus, and triangle) and three-dimensional
shapes (cylinder, sphere, rectangular prism, cube, and cone).
Using the correct geometric terms to identify and describe shapes prepares children for
future learning in math. Unfortunately, adults sometimes transmit inaccurate information about
geometry. For example, teachers sometimes use the word diamond for a rhombus. A rhombus is
any parallelogram with four sides of equal length. Teachers may think that the term rhombus is
too complex or unusual for preschoolers to use. But both rhombus and diamond have two
syllables and seven letters. If children can learn diamond, they can learn rhombus. Knowing the
correct geometric term will carry children through many years of math learning.
Teachers need to help children to understand that the orientation of a shape doesn’t
“change” the shape or make it a different shape. Front ways, sideways, and upside down,
moving a geometric figure around doesn’t change its shape. Instead, the attributes of a figure
(such as its sides and corners) are the defining characteristics.
--insert figure 2 about here—
Figure 2. Children need to see many different types of triangles—equilateral (three equal sides),
isosceles (two equal sides), scalene (no equal sides), and right (one 90* angle)—in various
orientations.
Children can identify two-dimensional shapes by creating Shape Books. Make a blank
book with construction paper and then label pages for circles, triangles, squares, rectangles, and
rhombi. Have students look through magazines to find pictures they can glue on each shape book
page. Make a similar book for three-dimensional shapes.
Incorporate developmentally-appropriate geometry into the preschool classroom with an
activity called 3D Shape Sort. Ask students to bring empty food cartons, jars, or cans from home.
Have students sort the items into three piles. Ask the following questions:
Why did you sort the objects this way?
How are the objects alike or different?
Do this object roll? lay flat? slide?
Does it have points? Does it have curves?
Is there another way to sort the objects? How?
What geometrical shape does this remind you of? Why?
3. Measurement concepts. Measurement for preschool focuses on length, capacity, and
weight. Students can even measure the passage of time. Initial investigations of measurement
involve side-by-side comparisons between two objects. For example, have children stand back-
to-back to see who is taller. Use a pan balance to compare the weight of a box of crayons and a
bottle of glue. Make a side-by-side comparison of capacity by counting how many scoops of
beans two different containers hold.
Later on, children will be ready for nonstandard units. Cubes, craft sticks, paper clips,
and straws work well for measuring length. Teddy bear counters or flat-sided marbles are well-
suited for explorations of weight. The sensory table is an ideal location for children to use scoops
of beans, rice, or water to measure capacity. Label a container Target and have children find
other containers that hold the same, hold less, and hold more than the target container.
Ask children to bring a small item from home and play Show and Tell Measuring. They
may bring items such as a can of soup, a spool of thread, a toy, a coffee mug, or so on. Have
each child try to find another friend who brought an item that is about the same length. Then
have them find a friend with an item of about the same weight. If possible, have the child find
another friend who has an item with the same capacity. Children love using their own items for
measuring.
Preschool teachers shouldn’t expected children to learn how to tell time on a digital or
analog clock. However, children need to reason about the passage of time. Incorporate math into
conversations about the daily schedule by identifying what happens before or after certain
activities such as lunch or circle time. Talk about things that happened to the children in the past
(being a baby), are happening now (being in preschool), and will happen in the future (going to
elementary school). Concepts about the passage of time mean more when they are directly
related to children’s lives.
--insert figure 3 about here--
Figure 3. Teaching Tips for Measurement and Shapes
Use a variety of hands-on materials such as cubes, blocks, links, pan balance, straws, and
play dough.
Take Shape Hunts around the classroom. Use correct mathematical terms to identify shapes
and their attributes. For example, when a child finds a rectangle, count the number of sides
and corners then mark the rectangle with an index card that says “rectangle.” See which
shapes are the most common in the school environment.
Take Measurement Hunts where children take off one shoe and use it to find objects that are
the same length, longer, or shorter than their shoe. You may even use blocks to find the
capacity of the shoe then find objects that hold more or less than the shoe.
4. Sorting and classification. Pattern blocks, shells, or toy cars allow children to group
objects by attributes such as color, texture, size, or shape. Make sure children can describe how
groups are similar or different. Button, Button Sorting helps children to practice this. Give the
child a small selection of buttons. Have them sort the buttons according color, number of holes,
size, and so on. Later, have the child make a set of four buttons that are similar in some way and
one button that doesn’t share that attribute. A partner guesses which button doesn’t belong and
why.
5. Patterning. Preschoolers should recognize, extend, and create repeating patterns and
growing patterns. Growing patterns might follow an A, B, A, A, B, A, A, A, B pattern. We
should teach repeating patterns beginning with AB, then ABC, then AAB. The daily calendar is
a common context for patterning, but children get more concrete experience when they
participate in a Pattern Dance (Copley, 2010). Children take turns creating a dance using three
different motions in sequence. For example, jump—kick—clap. Repeat the pattern over and over
again in an ABC pattern. Begin the Pattern Dance by saying the action words as children do
them. Then use the letter representations to draw the connection between the actions and the
abbreviated way of describing the pattern.
Music Patterns (Copley, 2010) offers another fun patterning exercise. Color-code homemade
shakers, bells, and wood blocks by placing a different colored sticker on each type of instrument.
For example, the shakers could be covered with blue stickers, red for the bells, and yellow for
wood blocks. Children compose music by creating patterns with different color stickers on
musical staff paper then play the instruments in the order indicated by the pattern.
6. Reason, communicate, represent, connect and problem solve. Young children
should engage in developmentally appropriate math activities to learn about logic, reasoning, and
problem solving (National Council of Teachers of Mathematics, 2000). These become
mathematical habits of mind and lifelong abilities. For example, one teacher uses a daily graph to
encourage mathematical vocabulary for communicating ideas with accuracy and confidence.
When the data come from children’s own experiences and preferences, graphing builds
representation skills, such as using fruit stickers to represent favorite fruits in a graph, and makes
strong connections to children’s real lives. Make the graph a problem solving activity by asking
questions that require students to reason about the data.
1. What information does this graph show?
2. Which is the most popular choice?
3. Which is the least popular choice?
4. What patterns do you see in this data?
--insert figure 4 about here—
Figure 4. Graph of the Day Suggestions
Ideas for two category graphs
(as well as any YES or NO question)
Which of these two colors is your
favorite?
Toss a penny. Did it land on heads or
tails?
Does your first name have an E, yes or
no?
How do you feel today, happy or sad?
Which flavor of gum do you like better,
grape or strawberry?
Ideas for three category graphs
Would you rather drink apple, orange, or
grape juice?
Are you wearing pants, shorts, or a skirt?
Are your shoes fastened with velcro, laces,
or nothing?
Do you like your potatoes mashed, fried, or
baked?
Do you like books about animals, kids, or
aliens?
Do you like strawberry, chocolate, or
vanilla ice cream best?
7. A feeling of mathematical power. Attitude determines aptitude. Perhaps as essential
as any mathematical skills developed during the preschool years, children should begin to see
themselves as mathematically powerful (NCTM, 2000). Many factors can magnify or diminish
children’s mathematical dispositions. Demographics, attitudes towards mathematics in the
media, parent and teacher influence—these and many other elements play central roles in how a
child perceives his or her mathematical prowess (NCTM, 2011). We must encourage children to
persevere when challenges arise, to persist in the face of frustration, and maintain a positive
disposition toward mathematics. Math can be a useful tool for solving life’s problems.
Conclusion
Developing these seven skills will put children on a firm path to mathematical fluency.
Preschool teachers play a key role in children’s mathematical proficiency and self-perception. By
filling our classrooms with child-driven mathematical experiences, we will prepare the bright
math minds of tomorrow.
--insert table 1 about here--
Table 1. Ideas for Incorporating Children’s Literature with Preschool Mathematics
BOOK TITLE AUTHOR
LESSON IDEA
NUMBER AND OPERATIONS
ONE HUNTER PAT HUTCHINS
Children guess what animals are hiding from the hunter.
Make a class book using the title, “One Preschooler.”
Include things in the preschool environment that children
count each day. Present the class-made book to the school
director or to another preschool class.
WHAT COMES IN 2s, 3s, &4s?
SUZANNE AKER
Make a poster for things that come in 2s. Children cut out
pictures from magazines and glue them to the poster. Do
the same for 3s & 4s.
ONE, TWO, THREE WILLIAM WEGMAN
Write three different digits (from 0-9) randomly on a sheet
of paper. Make a key showing each digit marked with a
different color of dot marker. Children practice digit
recognition by covering each digit with the correct color.
SORTING AND CLASSIFYING
A HOUSE IS A HOUSE FOR MARY ANN HOBERMAN Group similar types of houses (i.e. dens, caves, and
ME burrows) and the animals that live in them. Why do certain
houses work best for certain animals? Children make a
chart or table to show how they could group the houses
and the animals.
FROG AND TOAD ARE
FRIENDS ARNOLD LOBEL
Children make a MISSING poster for Frog’s button. They
describe or draw the button using as much detail as
possible.
CORDUROY DON FREEMAN
Children sort buttons using color, size, or number of holes.
With a partner, children play a game of “One of These
Things Is Not Like the Other” by choosing four buttons,
three of which share a common attribute. A friend tries to
guess which button doesn’t belong.
PATTERNS
ROUND TRIP ANN JONAS Discuss symmetry in nature. Children use pattern blocks to
construct symmetrical designs.
THERE WAS AN OLD LADY WHO SWALLOWED A SHELL
LUCILLE COLANDRO
Use clipart to recreate the story. Demonstrate the growing
pattern that looks like stairs as the story is retold. Work as
a class to make up an original story with a growing pattern.
CAPS FOR SALE ESPHYR SLOBODKINA
Children look for patterns in the book. They might also
estimate how many baseball caps they balance on their
heads then try it out.
GRAPHING
CLOUDY WITH A CHANCE
OF MEATBALLS JUDI BARRETT
Children survey classmates with a simple recording sheet
and tally marks. Remember to limit the choices for the
survey to three options. For example, what kind of foods
do preschoolers like to eat for breakfast—cereal, waffles,
or pancakes? Help the children to record the results on a
pictograph or bar graph.
RED IS BEST STINSON, KATHY
Take a class survey. Ask, “What color do you like better—
red or green?” Children pick up a cube to show their
choice. They find others who chose the same color and
make a group. Then have the groups line up facing each
other. Children shake hands with the classmate directly
across. The color group with no one to shake hands with is
the winner. Then have children join their color cubes to
make a bar graph. Compare the heights of the cubes.
TODAY IS MONDAY ERIC CARLE
Make a list of the children’s favorite foods. Create a class
book by replacing the foods in the story with the children’s
choices. Have children illustrate the book.
MEASUREMENT
A SECOND IS A HICCUP HAZEL HUTCHINS
How long would it take to cough once, make cookies and
bake them, or walk to the park and back? Children
experiment to find other tasks that take a second, a minute,
or an hour. Make a class book called, “Our Second Book”
or “Our Minute Book.”
THE GROUCHY LADYBUG ERIC CARLE
When a student “catches” the clock on the hour, he/she
may wear a ladybug hat and read from the book about
whom the ladybug is fighting at that hour.
WHO SANK THE BOAT? PAMELA ALLEN
At the sensory table, children explore concepts of capacity
by using empty boxes children bring in from home (for
example pizza, cereal, or shoe boxes) and scoops, spoons,
birdseed, rice, beans, or sand.
ACTUAL SIZE STEVE JENKINS
Make a chart comparing the sizes of animals from birth to
adulthood or compare different species. As a class, discuss
how size can be an adaptation that helps animals survive.
ARE WE THERE YET,
DADDY? VIRGINIA WALTERS
Children use the map at the end of the book to follow the
action of the story. As a class, create a map of the school.
Label landmarks and count the number of steps between.
GEOMETRY AND SHAPES
LOOK-ALIKES JOAN STEINER
Children go on a Shape Walk, recording the basic
geometrical shape of everyday things on a simple
recording sheet. Discuss why things are certain shapes
such as a round manhole cover or a rectangular door.
SPOTS LESSER, CAROLYN
Make a “Shapes in Our World” class book. Take photos of
the shapes children find in the classroom or playground.
Print out the photos and help children to label the shapes in
the photos. Send the book home with each child and ask
parents to add a shape photo to the book.
CHANGES, CHANGES PAT HUTCHINS
Show children blocks--sphere, cone, rectangular prism, and
cylinder—and discuss the names of each. Children use clay
to create the 3D shapes.
--insert figure 5 about here--
Figure 5. Helpful Websites for Preschool Mathematics Teaching.
1. The National Council of Teachers of Mathematics
Web Address: http://www.nctm.org/Classroom-Resources/Browse-All/
Offers: Lesson plans searchable by grade and content area, math games and interactives children
can use independently, link to the NCTM Pinterest® page.
2. Collaborative for Children
Web Address: https://www.collabforchildren.org/educators/online-courses
Offers: Online courses for professional development in preschool mathematics
3. PBS Parents
Web Address: http://www.pbs.org/parents/education/math/
Offers: Math teaching tips for teachers and parents, interactives for children, games, and lesson
ideas
4. Resources for Early Childhood
Web Address: http://rec.ohiorc.org/LearningExperiences/?topic=1&
Offers: Lesson plans searchable by age and content area. Correlates to Ohio’s early childhood
standards, but many objectives mirror those found in the Texas PreK Guidelines.
References
Copley, J. V. (2010). The young child and mathematics. (2nd ed.). Reston, VA: NAEYC and
NCTM.
Duncan, G. J., Claessens, A., Engel, M., Dowsett, C. J., Huston, A. C., Magnuson, K.,
Klebanov, P., Pagani, L. S., Feinstein, L., Duckworth, K., Brooks-Gunn, J., Sexton, H.,
Japel, C. (2007). School readiness and later achievement. Developmental Psychology,
43(6), 1428 –1446.
National Council of Teachers of Mathematics. (2011). Motivation and disposition: Pathways to
learning mathematics. Reston, VA: Author.
National Council of Teachers of Mathematics. (2000). Principles and standards for school
mathematics. Reston, VA: Author.