4th Nine Weeks- Consult the 2nd Grade Science Curriculum Map for specific details.
The 2nd Grade Science Curriculum Map outlines the following information:
Recommended pacing, scope, and sequence for each unit.
Alignment with standards, conceptual understandings, and performance indicators
Links to Unit Concept Storyboard Maps, Content and SEP Support Documents, and Curriculum Guides
Details for Evidence of Understanding, Essential Learning Experiences, and Suggested Learning Engagements
Where appropriate, alignment with specific FOSS, DSM, GEMS, and STC kit Activities and Investigations
2.P.4A An object that is not moving will only move if it is pushed or pulled. Pushes and pulls can vary in strength and direction and can affect the motion of an object. Gravity is a pull that makes objects fall to the ground. Friction is produced when two objects come in contact with each other and can be reduced if needed.
2.P.4A.1 Analyze and interpret data from observations and measurements to compare the effects of different strengths and directions of pushing and pulling on the motion of an object.
2.P.4A.2 Develop and use models to exemplify the effects of pushing and pulling on an object.
2.P.4A.3 Construct explanations of the relationship between the motion of an object and the pull of gravity using observations and data collected.
2.P.4A.4 Conduct structured investigations to answer questions about the relationship between friction and the motion of objects.
2.P.4A.5 Define problems related to the effects of friction and design possible solutions to reduce the effects on the motion of an object.
This is the first time this content is introduced
See Science Standards Content Vertical Articulation Chart
Students will gather data from observations and measurements and analyze and interpret data to describe and compare the effects of different strengths of pushes and pulls on the motion of objects.
Students will gather data from observations and measurements and analyze and interpret data to describe and compare the effects of different directions of pushes and pulls on the motion of objects.
Students will use their data to develop models to illustrate the effects of pushes and pulls on the motion of objects. Models can include:
Diagrams
Illustrations
Drawings
Charts
Students will use data from investigations and explorations to describe how gravity affects the motion of an object.
Students will use data from investigations and explorations to describe how friction affects the motion of an object.
Students will use their data about the effects of friction to define problems related to friction and design and test solutions.
Analyze and Interpret Data- SEP Support Document
Develop and Use Models- SEP Support Document
Conduct Investigations- SEP Support Document
Construct Explanations- SEP Support Document
Define Problems and Design Solutions- SEP Support Document
Effects of Strength and Direction on Motion- Essential Knowledge Support Document
Pushes and Pulls- Essential Knowledge Support Document
Gravity- Essential Knowledge Support Document
Friction- Essential Knowledge Support Document
Reducing Friction- Essential Knowledge Support Document
This link will take you to a print-friendly version of the science concept storyboard.
It is ESSENTIAL that students gather, analyze, and interpret observational and measurement data from different explorations and investigations in order to describe how different pushes and pulls affect the motion of objects.
What makes something move?
What are different ways we can make something move?
How can we describe the motion of an object?
How do things speed up or slow down?
How do moving things change direction?
What does gravity do?
Why do some things slow down even when we can’t see what’s stopping them?
Motion
Push
Pull
Mass
Magnetism
Friction
Gravity
Texture
Lubrication
Position
Roll
Slide
Spin
Surface
Pushes and Pulls Unit Plan Support Doc
Balance and Motion (FOSS Kit) All Investigations
Pearson SC Interactive Science Textbook:
Inquiry Warm-Up pg. 96(2.P.4A.1, 2.P.4A.2; 2.S.1A.2, 2.S.1A.4)
Chapter 3, Lesson 1 pp. 98-107; Quick Lab pg. 99(2.P.4A.1, 2.P.4A.; 2.S.1A.2, 2.S1A.4)
Chapter 3, Lesson 2 pp. 108-113; Quick Lab pg. 109(2.P4A.3; 2.S.1A.3, 2.S.1A.4, 2.S.1A.6)
Chapter 3, Lesson 4 pp. 120-126; Quick Lab pg. 121(2.P.4A.4; 2.S1A.3)
Chapter 3 Lab Investigation pp. 124-25(2.P.4A.4; 2.S.1A.3)
AIMS Activities: 2005 SC Science AIMS 1st Grade
Pushed Around
Big Dog Charades
Push n’ Pull Antics
Finding Forces
Lid Skid
Puffer Paths
Puff Mobiles
AIMS Activities: 2005 SC Science AIMS 3rd Grade
Putt for Position
Give a Car a Push
Ball on a Roll
A Pair of Chutes
How High Can a Super Ball Bounce (2.P.4A.2 and 3)
This activity, from the TeachEngineering website, is an investigation into how the distance a ball drops is related to how high it bounces. By requiring students communicate their results visually, they can use this information to develop and use models.
Note- if you do not want to use Super Balls, you can use tennis balls, ping-pong balls, or other small, bouncy balls.
Note- you do not need to have your students to the ratio math unless you feel they are ready for that challenge.
Angle Height and Track Texture (2.P.4.A.2, 2.P.4.A.5)
Use basic classroom materials like books to experiment on angle height (incline) to work on developing predictions. Use the same experiment setup to change the variable of ramp texture to experiment with friction.
Exit slip using checkpoints in the text
Fist to five
Turn & Talk
Think/Pair share
Vocabulary Smart Cards Games
Connect to Reading pg. 97
Chapter Review pp. 132-133
Quick Lab Investigations pages 99(2.P.4A.1 & 2), 109(2.P.4A.3), 121(2.P.4A.4)
Lab Investigation pages 124-125(2.S.1A.5, 2.S.1A.6)
South Carolina Test Practice pp. 134-135(2.P4A.3, 2.P3B.2)
Design an experiment to test how force and motion affects an object.
Keep a force and motion journal when testing different objects. Students should observe, note, and draw conclusions about how objects react to different forces.
Make a poster/slide about the effects of friction on objects and develop possible solutions to reduce the effects of friction on the motion of objects.
Pearson Interactive Science STEM Activity Book
Pearson Interactive Science Content Leveled Readers
Pearson Interactive Science REALIZE Online component
NBC Learn Videos https://www.pearsonrealize.com/community/nbclearn/browse
Designing Roller Coasters (2.P.4)
Anatomy of the 2014 World Cup Soccer Ball (2.P.4A.3, 2.P.4A.5)
Designing a Fast Pool (2.P.4)
Lakeshore Force and Motion Kit (Separate purchase)
BrainPop Jr.
PebbleGo (requires a subscription)
Build your own roller coaster http://www.primarygames.com/puzzles/physics/rollercoastercreator/
Students can become engineers by learning how to build their own roller coaster
Science Netlinks(additional lessons) http://sciencenetlinks.com/lessons/
Push and Pull song https://www.youtube.com/watch?v=FOcY37oGhj8
This YouTube video can be used as an introduction to pushes and pulls.
Science Clips – Push and Pull http://www.bbc.co.uk/schools/scienceclips/ages/5_6/pushes_pulls.shtml
This site includes a variety of activities that children can complete independently or as a whole group on the SmartBoard. There are quizzes included with immediate feedback.
Science Clips – Force and Motion http://www.bbc.co.uk/schools/scienceclips/ages/6_7/forces_movement.shtml
This site includes a variety of activities that children can complete independently or as a whole group on the SmartBoard. There are quizzes included with immediate feedback.
Field Study Ideas
SC State Museum Let’s Roll http://scmuseum.org/education/field-trips/field-trips-stem-museum-experiences/#second
Bowling
Circus
Putt Putt
Books
Forces (Science All Around Me). Karen Bryant-Mole. Rigby Interactive Library (1997).
Forces and Motion. Lisa Trumbauer. Newbridge Educational Publishing (1998).
Forces and Motion: My World of Science. Angela Royston. Heinemann (2003).
Investigations series: Floating, Pulling, Pushing, Rolling, Sliding. Patricia Whitehouse. Heinemann (2003).
The Magic School Bus Plays Ball: A Book about Forces. Joanna Cole. Scholastic (1998).
Motion: Push and Pull, Fast and Slow. Darlene Stille. Picture Window Books (2004).
Roller Coaster! Motion and Acceleration. Paul Mason. Raintree (2007).
National Geographic Video Resource:
As with any video resource, teachers should carefully preview and vet any videos before showing them to students.