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Grade
Level: K-2
Time
Estimation
Allow
one 45-55 minute class session to complete this lesson.
Objectives
Students
will:
- arrange
pictures in sequential order and give evidence to support their
choice of sequence through observation and ordering.
- use
perspective to help identify objects using problem solving and
classification.
- Interpret
shapes and patterns to deduce the sequencing of the images.
Standards
Benchmarks
for Science Literacy: 6D, 9B, 9C, 11B
National
Science Education Standards: B Physical Science
National
Council of Teachers of Mathematics: Standard 3 & 9
National
Council of Social Studies: Standard IIId
Materials:
Grouping
Students
should be placed in cooperative learning groups of 4 to 5.
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About the
Lesson
Students will
explore how objects stay the same size and only "look" like they
change when closer are farther from the object. They will sequence
aerial photos and satellite images from closest to farthest. Then
they will draw 4 pictures of an object from closest to farthest.
Engage
- Ask: What
are some objects that are small? Make a list on the blackboard
of the students responses. Ask: What are some objects that
are big?
- Set a familiar
object (such as a soda can) in the front of the classroom. Ask
the students how big is this soda can. (they may say a measurement
in inches or cm, they may compare to another object they know
like the size of a lunch box, or they may hold up their hands
illustrating the size of the can) Accept any responses.
- Take another
soda can and walk around the classroom showing the object up close
to the students. Ask them again how big they think the object
is? Is it a different size than the one in front of the classroom,
the one farther away? Why?
Explore
Give each group
of students a set of aerial photo sequence cards.
As Amelia traveled
around the city, she would see places up close and far away. When
she is high above the city, the buildings are far away. When she
flies down and lands, the buildings are closer. Put the cards in
order to show what Amelia sees as she flies closer to the buildings.
Give them time
to explore the images then ask a few questions. Ask each group to
hold up the photo of what Amelia would see when she was farthest
from the building. Why? Ask them to hold up the photo of what Amelia
would see when she was closest to the building. Why?
Explain
- Discuss with
the students why they chose a particular order for the sequence
cards.
- Guide them
to identify the different shape patterns they can see in the pictures.
Do the shapes that you can identify change as you move further
away from the object?
- What did
the students use to help them decide on a sequence?
- Draw the
connection to the concept that objects stay the same size and
that they only "look" different (bigger or smaller) when you are
close to or far from an object.
Extend
Give each group
a set of satellite image sequence cards
Extend the concept
of being close or far from a place to a satellite view. Satellites
give us a view of our Earth from very far above. Objects that are
very big, like mountains or buildings, can "look" small in the images
as you get farther away. When Amelia visited Central Park, she learned
about what the park looked like from a satellite. Put the cards
in order from closest to the park to farthest from the park.
Discuss with
the students why they chose a particular order for the sequence
cards.
Guide them to
identify the different shape patterns they can see in the pictures.
Do the shapes that you can identify change as you move further away
from the object?
What did the
students use to help them decide on a sequence?
Draw the connection
to the concept that objects stay the same size and that they only
"look" different (bigger or smaller) when you are close to or far
from an object.
Evaluate
Ask the students
to draw four pictures of an object. This first one closest to the
object. Then draw pictures getting farther away from the object.
Use student page for drawings.
RETURN
to Amelia the Pigeon Lessons
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