Grow yourintelligencearticleandactivity

Introductory Unit
13 | P a g e Copyright © 2008-2013 Mindset Works, Inc. All rights reserved. www.mindsetworks.com
Differentiating Instruction: Option A
Content & Process
This lesson contains content intended for On-
Level and Advanced Learners. The text is
chunked by use of the graphic organizer.
Much of the lesson requires the student to
read the text independently, but discuss ideas
as a class. There are scaffolding suggestions
as well as extension opportunities.
BACK TO CONTENTS
Introductory Unit Activity 3, “Practice It”: You Can Grow Your Intelligence
Description: An introductory article about brain science with a follow up activity
Objective: Students will learn about the concept of expandable intelligence.
Timeline: After the MAP Reflection - Approximately 25 min
Instructions: There are 2 versions of the article: Option A (Plain Text Version) and Option
B (Interactive Text Version). Choose the one most appropriate for your learners.
Option A (Plain Text Version):
 To activate student’s prior knowledge, ask them to generate research questions about
intelligence. Record the research questions on chart paper. (Some examples are below.)
o What is intelligence?
o Do all humans have equal intelligence? How do we know?
o What are the most “intelligent” animals on Earth?
o What are the best ways to measure intelligence? How do we know?
 Ask students if they would like to learn how to grow their intelligence, and explain that
the class will be reading research today about how to grow their intelligence.
 Students will draw 6 pictures to help the students’ brains add this new information to
their long-term memories.
 Pass out copies of the worksheet and discuss non-linguistic representations of concepts
(drawings) as a way to process and remember a new idea. You can connect the idea to
the saying, “a picture is worth a thousand words” and remind students that the brain has
an amazing ability to remember pictures.
 Read the first section as a class and model the drawing and the response to the first one.
 Ask students to read silently the next section and complete the second drawing.
 Have students check for understanding with a partner using these frames:
o I made a connection to the article when I read… because…
o The article explores my research question… when it talks about…
o The article raises a new question for me,
which is… because…
 Students finish the article and record
one research question from the class list
about which they would like to
independently research (for homework
or in a lab setting).
 Students can report back their findings
to the class individually, with partners,
or in small groups. Use this opportunity
to differentiate for all levels of learners.

Introductory Unit
www.mindsetworks.com Copyright © 2002-2014 Mindset Works, Inc. All rights reserved.
Brainology®
CurriculumGuideforTeachers
Reading for Activity Option 1 or 2
You Can Grow Your Intelligence
New Research Shows the Brain Can Be Developed Like a Muscle
Many people think of the brain as a mystery. They don’t know much about intelligence
and how it works. When they do think about what intelligence is, many people believe that
a person is born either smart, average, or dumb—and stays that way for life.
But new research shows that the brain is more like a muscle—it changes and gets
stronger when you use it. And scientists have been able to show just how the brain grows
and gets stronger when you learn.
Everyone knows that when you lift
weights, your muscles get bigger and you
get stronger. A person who can’t lift 20
pounds when they start exercising can get
strong enough to lift 100 pounds after
working out for a long time. That’s because
the muscles become larger and stronger
with exercise. And when you stop
exercising, the muscles shrink and you get
weaker. That’s why people say “Use it or
lose it!”
© 2010 Mindset Works
But most people don’t know that when
they practice and learn new things, parts of
their brain change and get larger a lot like
muscles do when they exercise.
HEALTH & SCIENCE News You Can Use
Page 1 of 3
Fotosearch
A section of the cerebral cortex
Inside the cortex of the brain are billions
of tiny nerve cells, called neurons. The
nerve cells have branches connecting them
to other cells in a complicated network.
Communication between these brain cells is
what allows us to think and solve problems.
Axon Dendrites
Fotosearch
A typical nerve cell
When you learn new things, these tiny
connections in the brain actually multiply
and get stronger. The more that you
challenge your mind to learn, the more your
brain cells grow. Then, things that you
once found very hard or even impossible to
do—like speaking a foreign language
or doing algebra—seem to become
easy. The result is a stronger,
smarter brain.

Introductory Unit
Brainology®
How Do We Know the Brain Can Grow
Stronger?
Scientists started thinking that the
human brain could develop and change
when they studied animals’ brains. They
found out that animals who lived in a
challenging environment, with other animals
and toys to play with, were different from
animals who lived alone in bare cages.
While the animals who lived alone just
ate and slept all the time, the ones who
lived with different toys and other animals
were always active. They spent a lot of
time figuring out how to use the toys and
how to get along with the other animals.
Effect of an Enriched Environment
These animals had more connections
between the nerve cells in their brains. The
connections were bigger and stronger, too.
In fact, their whole brains were about 10%
heavier than the brains of the animals who
lived alone without toys.
The animals who were exercising their
brains by playing with toys and each other
were also “smarter”—they were better at
solving problems and learning new things.
Page 2 of 3
Even old animals got smarter and
developed more connections in their brains
when they got the chance to play with new
toys and other animals. When scientists put
very old animals in the cage with younger
animals and new toys to explore,
their brains also grew by about
10%!
Children’s Brain Growth
Another thing that got scientists thinking
about the brain growing and changing was
babies. Everyone knows that babies are
born without being able to talk or
understand language. But somehow,
almost all babies learn to speak their
parents’ language in the first few years of
life. How do they do this?
The Key to Growing the Brain: Practice!
From the first day they are born, babies
are hearing people around them talk—all
day, every day, to the baby and to each
other. They have to try to make sense of
these strange sounds and figure out what
they mean. In a way, babies are exercising
their brains by listening hard.
Later, when they need to tell their
parents what they want, they start
practicing talking themselves. At first, they
just make goo-goo sounds. Then, words
start coming. And by the time they are
three years old, most can say whole
sentences almost perfectly.
Once children learn a language, they
don’t forget it. The child’s brain has
changed—it has actually gotten smarter.
This can happen because learning causes
permanent changes in the brain. The
babies’ brain cells get larger and grow new
connections between them. These
new, stronger connections make the
child’s brain stronger and smarter,
just like a weightlifter’s big muscles
make them strong.
Nerves in brain
of animal living
in bare cage
Brain of animal
living with
other animals
and toys

Introductory Unit
Brainology®
Growth of neuron connections in a child
from birth to 6 years old
At birth At age 6
The Real Truth About “Smart” and
“Dumb”
No one thinks babies are stupid because
they can’t talk. They just haven’t learned
how to yet. But some people will call a
person dumb if they can’t solve math
problems, or spell a word right, or read
fast—even though all these things are
learned with practice.
At first, no one can read or solve
equations. But with practice, they can learn
to do it. And the more a person learns, the
easier it gets to learn new things—because
their brain “muscles” have gotten stronger!
The students everyone thinks as the
“smartest” may not have been born any
different from anyone else. But before they
started school, they may have started to
practice reading. They had already started
to build up their “reading muscles.” Then,
in the classroom, everyone said, “That’s the
smartest student in the class.”
Page 3 of 3
They don’t realize that any of the other
students could learn to do as well if they
exercised and practiced reading as much.
Remember, all of those other students
learned to speak at least one whole
language already—something that
grownups find very hard to do.
They just need to build up their
“reading muscles” too.
What Can You Do to Get Smarter?
Just like a weightlifter or a basketball
player, to be a brain athlete, you have to
exercise and practice. By practicing, you
make your brain stronger. You also learn
skills that let you use your brain in a
smarter way—just like a basketball player
learns new moves.
But many people miss out on the chance
to grow a stronger brain because they think
they can’t do it, or that it’s too hard. It
does take work, just like becoming stronger
physically or becoming a better ball player
does. Sometimes it even hurts! But
when you feel yourself get better
and stronger, all the work is worth
it!
E-mail questions or comments to:
Growyourbrain@aol.com

Introductory Unit
Brainology®
Intro Unit Activity 3, “Practice It”: Plain Text Version Option A
“You Can Grow Your Intelligence”
Directions: Read each numbered section. Draw a picture that represents the main ideas in that
part of the article. Fill in the sentence frames to explain how your picture represents the idea.
This picture of a _________________________ represents the main idea
because ______________________________________________
_____________________________________________________
_____________________________________________________.
My picture represents the branches (dendrites) growing between brain
cells because ___________________________________________
______________________________________________________
______________________________________________________.
My picture represents the difference between animals who had toys and
stimulation and those animals that did not because ___________
______________________________________________________
______________________________________________________.
3
2
1

Introductory Unit
The way babies learn to speak is represented in my picture because
______________________________________________________
______________________________________________________
______________________________________________________.
Everyone has a brain that can be exercised, and what I drew shows
______________________________________________________
______________________________________________________
______________________________________________________.
Summary: Things that I learned from this article are ___________
______________________________________________________
and are represented by my picture because ___________________
______________________________________________________.
6
5
4
5

Grow yourintelligencearticleandactivity

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