SlideShare une entreprise Scribd logo
1  sur  11
Making Objects Move
By: Katie Runion
Indicator 3.2.5
Construct something used for
performing a task out of paper,
cardboard, wood, plastic,
metal, or existing objects.
Lesson Plan Website:
http://www.sciencenetlinks.com/
lessons.php?DocID=35
Definitions
 Motion- any physical movement
or change in position or place.
 Track- A path along which
something moves.
 Construct- To form by assembling
or combining parts; build.
Background Information
 There are many different things
that can be built using paper,
cardboard, wood, plastic, metal,
or existing objects. Scientists
build their inventions out of these
materials.
Before the activity, answer these
questions beside the PowerPoint
 What are all the ways to move a
bouncy ball from one place to
another?
 Is there a way for the bouncy ball to
move in a straight line on its own?
 How could the bouncy ball move on its
own?
Activity
 Take out all the supplies from your
box.
 Your task is to build a structure for the
bouncy ball to roll down.
 When building your track, you must
follow all the requirements on the next
slide.
Requirements
 You can only use
tape and toilet
paper rolls when
building your track.
 Your bouncy ball
must roll all the
way down the track
on its own.
 Your bouncy ball
cannot roll any
further than 1 yard
past the end of
your track.
 You have 30
minutes to
complete this task.
Answer these questions beside
the PowerPoint
 Did you have to change the track to
make the ball go a shorter distance?
If so, how?
 Did you have to change the track to
make the ball go a longer distance? If
so, how?
Do this on a separate sheet of
paper
 Draw a picture of the structure you
built.
 Under the drawing, explain what it
does and how it works.
Assessment
 What building
material did you
use to construct
your track?
A.) Metal
B.) Cardboard
C.) Plastic
D.) Lego's
 What was your
assignment in this
PowerPoint?
A.) to write an essay
B.) to paint a track
C.) to color
D.) to construct a
track
Resources
 http://www.sciencenetlinks.com/lesson
s.php?DocID=35
 http://dc.doe.in.gov/Standards/Acade
micStandards/StandardSearch.aspx

Contenu connexe

En vedette

Juknis akreditasi sd-mi
Juknis akreditasi sd-miJuknis akreditasi sd-mi
Juknis akreditasi sd-miHARLAN
 
Lampiran iv
Lampiran ivLampiran iv
Lampiran ivHARLAN
 
Lampiran i
Lampiran iLampiran i
Lampiran iHARLAN
 
Instrumen peng data
Instrumen peng dataInstrumen peng data
Instrumen peng dataHARLAN
 
Instrumen akreditasi sd-mi
Instrumen akreditasi sd-miInstrumen akreditasi sd-mi
Instrumen akreditasi sd-miHARLAN
 

En vedette (8)

Blog
BlogBlog
Blog
 
Juknis akreditasi sd-mi
Juknis akreditasi sd-miJuknis akreditasi sd-mi
Juknis akreditasi sd-mi
 
Lampiran iv
Lampiran ivLampiran iv
Lampiran iv
 
Lampiran i
Lampiran iLampiran i
Lampiran i
 
Faktor Yang Mempengaruhi Tanaman dan Hasil Tanaman
Faktor Yang Mempengaruhi Tanaman dan Hasil TanamanFaktor Yang Mempengaruhi Tanaman dan Hasil Tanaman
Faktor Yang Mempengaruhi Tanaman dan Hasil Tanaman
 
Instrumen peng data
Instrumen peng dataInstrumen peng data
Instrumen peng data
 
Alatan Tangan Dalam Kerja Kayu
Alatan Tangan Dalam Kerja KayuAlatan Tangan Dalam Kerja Kayu
Alatan Tangan Dalam Kerja Kayu
 
Instrumen akreditasi sd-mi
Instrumen akreditasi sd-miInstrumen akreditasi sd-mi
Instrumen akreditasi sd-mi
 

Similaire à Making Objects Move Final

Introduction to NGSS with Alpha Science (Grades K-5)
Introduction to NGSS with Alpha Science (Grades K-5)Introduction to NGSS with Alpha Science (Grades K-5)
Introduction to NGSS with Alpha Science (Grades K-5)Smart Ed
 
Cmp induction project 2019 student fom (1) (2)
Cmp induction project 2019 student fom (1) (2)Cmp induction project 2019 student fom (1) (2)
Cmp induction project 2019 student fom (1) (2)SamuelJohnson74
 
Recycling art cart project
Recycling art cart projectRecycling art cart project
Recycling art cart projectManamiIshimura
 
Intro to Engineering
Intro to EngineeringIntro to Engineering
Intro to Engineeringhollyatwell
 
Pp3.pptx
Pp3.pptxPp3.pptx
Pp3.pptxZeAl25
 
Minneapolis Kids Science Club Training3
Minneapolis Kids Science Club Training3Minneapolis Kids Science Club Training3
Minneapolis Kids Science Club Training3Mcudworth
 
Project based learning
Project based learningProject based learning
Project based learningmeiyingwaiyu
 
Edu expo anonymous peer review
Edu expo anonymous peer reviewEdu expo anonymous peer review
Edu expo anonymous peer reviewGjoa Andrichuk
 
Mission Possible Day 1.ping.pong 2012
Mission Possible Day 1.ping.pong 2012Mission Possible Day 1.ping.pong 2012
Mission Possible Day 1.ping.pong 2012jmori1
 
Google docs presentation global math
Google docs presentation   global mathGoogle docs presentation   global math
Google docs presentation global mathJulie Reulbach
 
Estimated time comic=5 min. stem explanation=10 m
Estimated time comic=5 min.             stem explanation=10 mEstimated time comic=5 min.             stem explanation=10 m
Estimated time comic=5 min. stem explanation=10 moreo10
 
Scholarly Document Processing Research in the Age of AI
Scholarly Document Processing Research in the Age of AIScholarly Document Processing Research in the Age of AI
Scholarly Document Processing Research in the Age of AIWebIRNLPGroupatNUS
 
Pop art poster project
Pop art poster projectPop art poster project
Pop art poster projectaasiyahchopdat
 
Designing Toy: Y2 Lesson Ideas
Designing Toy: Y2 Lesson IdeasDesigning Toy: Y2 Lesson Ideas
Designing Toy: Y2 Lesson IdeasJoanne Villis
 

Similaire à Making Objects Move Final (20)

2x2 worksheet
2x2 worksheet2x2 worksheet
2x2 worksheet
 
Introduction to NGSS with Alpha Science (Grades K-5)
Introduction to NGSS with Alpha Science (Grades K-5)Introduction to NGSS with Alpha Science (Grades K-5)
Introduction to NGSS with Alpha Science (Grades K-5)
 
Cmp induction project 2019 student fom (1) (2)
Cmp induction project 2019 student fom (1) (2)Cmp induction project 2019 student fom (1) (2)
Cmp induction project 2019 student fom (1) (2)
 
Recycling art cart project
Recycling art cart projectRecycling art cart project
Recycling art cart project
 
Intro to Engineering
Intro to EngineeringIntro to Engineering
Intro to Engineering
 
Pp3.pptx
Pp3.pptxPp3.pptx
Pp3.pptx
 
Minneapolis Kids Science Club Training3
Minneapolis Kids Science Club Training3Minneapolis Kids Science Club Training3
Minneapolis Kids Science Club Training3
 
Leaning towards PISA through Mindspark
Leaning towards PISA through MindsparkLeaning towards PISA through Mindspark
Leaning towards PISA through Mindspark
 
Project based learning
Project based learningProject based learning
Project based learning
 
Leaning towards PISA
Leaning towards PISALeaning towards PISA
Leaning towards PISA
 
Edu expo anonymous peer review
Edu expo anonymous peer reviewEdu expo anonymous peer review
Edu expo anonymous peer review
 
Mission Possible Day 1.ping.pong 2012
Mission Possible Day 1.ping.pong 2012Mission Possible Day 1.ping.pong 2012
Mission Possible Day 1.ping.pong 2012
 
Rocketry
Rocketry Rocketry
Rocketry
 
Webquest
WebquestWebquest
Webquest
 
Google docs presentation global math
Google docs presentation   global mathGoogle docs presentation   global math
Google docs presentation global math
 
Estimated time comic=5 min. stem explanation=10 m
Estimated time comic=5 min.             stem explanation=10 mEstimated time comic=5 min.             stem explanation=10 m
Estimated time comic=5 min. stem explanation=10 m
 
Scholarly Document Processing Research in the Age of AI
Scholarly Document Processing Research in the Age of AIScholarly Document Processing Research in the Age of AI
Scholarly Document Processing Research in the Age of AI
 
STEM for Middle Years Science
STEM for Middle Years ScienceSTEM for Middle Years Science
STEM for Middle Years Science
 
Pop art poster project
Pop art poster projectPop art poster project
Pop art poster project
 
Designing Toy: Y2 Lesson Ideas
Designing Toy: Y2 Lesson IdeasDesigning Toy: Y2 Lesson Ideas
Designing Toy: Y2 Lesson Ideas
 

Making Objects Move Final

  • 1. Making Objects Move By: Katie Runion
  • 2. Indicator 3.2.5 Construct something used for performing a task out of paper, cardboard, wood, plastic, metal, or existing objects. Lesson Plan Website: http://www.sciencenetlinks.com/ lessons.php?DocID=35
  • 3. Definitions  Motion- any physical movement or change in position or place.  Track- A path along which something moves.  Construct- To form by assembling or combining parts; build.
  • 4. Background Information  There are many different things that can be built using paper, cardboard, wood, plastic, metal, or existing objects. Scientists build their inventions out of these materials.
  • 5. Before the activity, answer these questions beside the PowerPoint  What are all the ways to move a bouncy ball from one place to another?  Is there a way for the bouncy ball to move in a straight line on its own?  How could the bouncy ball move on its own?
  • 6. Activity  Take out all the supplies from your box.  Your task is to build a structure for the bouncy ball to roll down.  When building your track, you must follow all the requirements on the next slide.
  • 7. Requirements  You can only use tape and toilet paper rolls when building your track.  Your bouncy ball must roll all the way down the track on its own.  Your bouncy ball cannot roll any further than 1 yard past the end of your track.  You have 30 minutes to complete this task.
  • 8. Answer these questions beside the PowerPoint  Did you have to change the track to make the ball go a shorter distance? If so, how?  Did you have to change the track to make the ball go a longer distance? If so, how?
  • 9. Do this on a separate sheet of paper  Draw a picture of the structure you built.  Under the drawing, explain what it does and how it works.
  • 10. Assessment  What building material did you use to construct your track? A.) Metal B.) Cardboard C.) Plastic D.) Lego's  What was your assignment in this PowerPoint? A.) to write an essay B.) to paint a track C.) to color D.) to construct a track