**Grade 4 Physical Science**

**Magnetism and Electricity**

**Written By:**

Hortencia Garcia

Christina Mavaro

Kathleen Tomscha

**Developed in Conjunction with K-12 Alliance/WestEd**

All 4th Grade Physical Science Lessons and Literature can be Downloaded here

Download Complete Grade 4 Physical Science Lessons

Introduction and Conceptual Flow Narrative | Download PDF | |

Conceptual Flow Graphic | Download PDF | |

Pre-Assessment | A (Assessment File) | Download PDF |

Lesson 1 May the Magnetic Force Be with You | 4.1 | Download PDF |

Lesson 2 Amazing Magnets | 4.2 | Download zip (2 PDF’s) |

Lesson 3 Magnetic Fields-The Earth Acts as a Giant Magnet | 4.3 | Download PDF |

Lesson 4 Magnetic Fields-Making a Compass | 4.4 | Download PDF |

Formative Assessment #1 | B (Assessment File) | Download PDF |

Lesson 5 Static Electricity | 4.5 | Download PDF |

Lesson 6 Simple Circuits | 4.6 | Download zip (3 PDF’s) |

Lesson 7 Conductors and Insulators | 4.7 | Download PDF |

Lesson 8 Series Circuits and Switches | 4.8 | Download PDF |

Formative Assessment #2 | C (Assessment File) | Download PDF |

Lesson 9 Parallel Circuits | 4.9 | Download PDF |

Lesson 10 Electromagnets | 4.10 | Download PDF |

Lesson 11 Hot Wire S’More | 4.11 | Download PDF |

Lesson 12 Motors | 4.12 | Download PDF |

Post-Assessment | D (Assessment File) | Download PDF |

Download Physical Science Introduction and Conceptual Flow Narrative PDF

**Grade 4**

**Physical Science: Magnetism and Electricity**

Introduction and Conceptual Flow Narrative

Introduction and Conceptual Flow Narrative

**Introduction:** The *Grade 4 Physical Science Unit* focuses on magnetism and electricity. All of the Grade 4 California Science Content Standards for Physical Science are addressed in this unit. By the end of the unit students will know: electricity and magnetism are related effects that have many useful applications in everyday life. Through a series of hands-on investigations students will experience the effects of magnetism and learn about static and current electricity. Students will design, build, and use: series and parallel circuits, a simple compass, and an electromagnet. Students will learn the role of electromagnets in the construction of electric motors and experience how electrical energy can be converted to heat, light, and motion. The *Grade 4 Physical Science Unit* is presented to students through a series of investigations, experiments, active learning experiences, questions, and assessments. Assessments include: pre-, post-, and 3 formative assessments.

**Conceptual Flow Narrative:** The *Grade 4 Conceptual Flow Narrative for Physical Science: Matter* builds on the concepts presented on conceptual flow graphic by describing the concept(s) addressed in each lesson and the links that connect each lesson to the next. Lessons are linked to the previous lesson and the lesson that follows via a conceptual storyline. This ensures the development of student understanding as students progress from one concept to the next.

After students have completed the **Pre-Assessment**, they begin their exploration of physical science with **Lesson 1, “May the Magnetic Force Be with You.”** In this lesson students learn that magnetism is a force that exerts a push or pull and that magnets have 2 poles: a north and a south pole. Students also learn that like poles repel each other and opposite poles attract each other.

In the previous lesson, students learned about magnetism. In **Lesson 2, “Amazing Magnets,”** students learn that magnets may be natural or man-made. Students also learn that magnets are found throughout the world and have many uses. A Powerpoint presentation is included in the lesson to illustrate the history of magnetism. At the end of the lesson students construct a timeline of discoveries and uses of magnetism.

In Lesson 2 students learned about how humans discovered and use magnetism. In **Lesson 3, “Magnetic Fields-the Earth Acts as a Giant Magnet,”** students learn that all magnets have a magnetic field and that a compass is a device that detects the magnetic field around a magnet and the Earth.

In Lesson 3 students have been introduced to compasses. In **Lesson 4, “Magnetic Fields-Making a Compass,”** students use a magnetized needle and styro-foam to make a compass. Students learn that a compass is an instrument that uses a freely moving magnetic needle to indicate direction.

After Lesson 4, students complete **Formative Assessment #1**. This assessment is aligned to the learning objectives of Lessons 1-4 and provides feedback to the teacher, students, and parents about what students have learned in the beginning of the unit. The teacher is able to use information from this formative assessment to determine if additional instruction is necessary for student understanding of the concepts presented in Lessons 1-4 before proceeding to the next section of the unit.

In Lesson 4 students made a compass and learned that a compass has a freely moving magnetic needle. In **Lesson 5, “Static Electricity,”** students learn that magnetism and electricity are related effects. Static electricity is the build up of electrons or electric charge. Like electrical charges repel each other, while opposite electrical charges attract. Lightning is given as an example of the discharge of static electricity.”"

In Lesson 5 students learned that static electricity is the build up of electrical charge. In **Lessons 6, “Simple Circuits,”** students learn that current electricity flows in a complete circuit. Students investigate how to light a bulb in a simple circuit and discover that complete circuit can be constructed in more than one way using the same materials.

In Lesson 6 students learned how to build simple circuits. Now students will learn about insulators and conductors. In **Lesson 7, “Conductors and Insulators,”** students learn to identify conductors and insulators by using a simple circuit to test the conductivity of various materials.”

In Lesson 7 students how to test various materials for conductivity. In **Lesson 8, “Series Circuits and Switches,”** students learn that a series circuits and switches. If one light bulb goes out in a series circuit, all bulbs will go out because the only path for electricity to travel has been interrupted. Switches open and close circuits. Students also learn about schematics used for electric circuits.

After Lesson 8, students complete **Formative Assessment #2**. This assessment is aligned to the learning objectives of Lessons 5-8 and provides feedback to the teacher, students, and parents about student understanding of phase change. The teacher is able to use information from this formative assessment to determine if additional instruction is necessary for student understanding of the concepts presented in Lessons 5-8.

Students continue to investigate circuits in **Lesson 9, “Parallel Circuits.”** Students learn that a parallel circuit has multiple pathways for electricity to follow. If one light bulb goes out in a parallel circuit, the remaining light bulbs will stay lit because there are multiple paths for the electricity to follow.

In **Lesson 10, “Electromagnets”** students learn the difference between permanent magnets and temporary magnets, such as, electromagnets.

An electromagnet is a piece of iron that becomes a temporary magnet when electricity flows through an insulated wire wrapped around the piece of iron. More coils of wire wrapped around the iron results in a stronger electromagnet. Students conduct an experiment to find out how to increase the strength of an electromagnet.

In **Lesson 11, “Hot Wire S’Mores,”** and in **Lesson 12, “Motors,”** students learn how electric energy may be transformed into heat, light, sound, and motion.

After Lesson 12, students complete a post-assessment to determine their overall understanding of the concepts presented in the unit.