Lesson Plan. Introduction to 5 E’s of Lesson Planning Katherine Moser and Lynn Preston Standard: P. CM. 06. 11 Grade Level: 6 th Lesson Title: The Teaching.

Slides:



Advertisements
Similar presentations
2009 Quinín Freire MATTER THE MAGIC OF LEARNING SCIENCE.
Advertisements

Curriculum Leadership Workshop for Science Head Teachers Science Unit Curriculum Directorate Developinga Scope and Sequence.
Department of Mathematics and Science
Welcome Back! Title a page “Do Nows 3/7-3/11” Open your binder to the table of contents Have a sharpened pencil in your hand Get ready to learn!
5 th Grade Math and Science Melissa Lau and Suzanne Young.
1 Friday May 26, Inquiry-Based Lessons in the Technology-Rich Classroom Essential Question: How can teachers incorporate inquiry into the lesson-design.
November 5, ✓Grades to-date ✓ Microteaching #2 (Student #6 Lesson – Silvia’s lesson “Food Chain/Pyramid”Microteaching #2 (Student #6 Lesson – Silvia’s.
Daylight and the Seasons A year-round lesson Amber Sebastiani & Carolyn Kohls.
The Water Cycle. Evaporation The Water Cycle Evaporation.
By: Kimberly Haliburda & Nichole Brown
SLMS 7th Grade Science Energy Effects Lesson 4
Teacher - Learner Continuum Teacher-DirectedGuided InquiryLearner-Directed Less MoreSelf- Direction.
By the end of the lesson, you will be able to…
By the end of the lesson, you will be able to…
Lesson Plan Names: Jaclynn Culp and Cherilynn Wischmeyer Standard: E.ES Identify the tools that might be used to measure temperature, precipitation,
Earth and the Year. Kathy Taft and Dawn Alexander Standard: E.ST Describe the orbit of the Earth around the Sun as it defines a Year. Grade Level:
P.FM DESCRIBE WHAT HAPPENS WHEN TWO FORCES ACT ON AN OBJECT IN THE SAME OR OPPOSING DIRECTIONS. RACHEL ESTRADA & CHRISTINA CONNELLY OCTOBER 31,2011.
Tom Jackson and Ashley Herald MS-ESS3-5 We had to get students to ask questions as to what causes global warming Title: Causes of Rise in the Global Temperatures.
Jamie Kastner 6 th Grade Math and Science Teacher.
Connecting Literature with the California Science Standards Strategic Science Teaching Kindergarten – Physical Science 1 SST K/Physical Science.
Beacon Media Supporting Christian schooling worldwide Inquiry-based learning.
Phases Of The Moon By: Sara Feldkamp and Megan Kenyon.
The 5 E Instructional Model
Soda Bottle Terrariums! Briana DeFilippis EDUC nd Grade MA Standard: Recognize that the sun supplies heat and light to the earth and is necessary.
Life Skills.  Physical Science  K.1  Observe, manipulate, sort and generate questions about objects and their physical properties. K.1.1 Use all senses.
Second Grade Science Lesson
Charting Weather Patterns in Seasons 3 rd Grade By: Meredith McCoy.
Oneone ES-2 Objective: To examine the movement of fluids in order to describe the process of convection. Earth Note: How does the movement within a fluid.
By: Melissa Webb and Shannon Finneran
Math and Science Institute Exploring Physical Science Today’s Agenda Pre-assessment and review of homework Engage in Science Tasks And Discussion of Pedagogy.
USC’s i-Coach Middle School Summer Institute Day 1: What is Inquiry?
Absent DENSITY/CONVECTION CURRENT LAB. Instructions Students will view the slides as if they were actually doing the lab in class. Students will record.
The 5 E’s Science Lesson Inquiry-Based Instruction.
1 The Importance of Representations PrimaryConnections: Continuing Professional Development 2014.
The 5e Instructional Model A Constructivist Approach to Education.
Welcome Science 5 and Science 6 Implementation Workshop.
Lesson Plan in Mathematics - I
Survival: What Plants Need to Grow
SWBAT: Explore how mass effects the transfer of heat. Date: 9/28/15 DO NOW: Will a large cup or a small cup of water heat up faster? Explain your answer.
What’s In That Cup? A lesson plan prepared and presented by: Kathy Bechtold Christine Davis Cynthia Frank Jo’An Guzman.
1 Year 1 Science Teacher Leadership Academy Session 6.
Nicole Rodriguez Ben Ferguson 1-ESSC-2: Make observations at different times of the year to relate the amount of daylight to the time of the year. THE.
MakingConnections 5Es. 2 Facilitator/s: Date: 3 Workshop purpose You are here to develop your knowledge and understanding of the PrimaryConnections 5Es.
October 22,  Midterm check Grade/points ✓  Return Science Notebooks & other assignments  Homework (10/15)– Linking to science concepts – Paper.
The 5 E Instructional Model. Concepts of Science Science Content Process Skills of Science.
Factors That Limit Yeast Growth
LT: share your understanding of how matter changes from one phase to another. Do Now: Enter sublimation, evaporation, condensation, deposition,
Objectives: - Outcomes: - Differentiated learning : - Literacy: -SMSC: - Lesson Overview Writing Frames Dictionaries VCOP Thesaurus moral- consideration.
Tiffany Ruppel University of North Texas. § Science, Grade 2. 2) As students learn science skills, they identify components and processes of the.
Food for Thought Think for 30 seconds before answering… What is learning? What defines an effective classroom? How do students become proficient in mathematics?
Teaching Elementary Science November 13, Working with Radish and Grass Seeds/Plants – Follow-up Investigation [ACID RAIN]--1  Next Inquiry Activity:
Properties and changes of materials Grade 5 science.
 What do you think it means for an event to have a probability of ½ ?  What do you think it means for an event to have a probability of 1/4 ?
Colton Dana & Erik Mohl (5 day Sixth Grade Science Curriculum) Green House Gases & Clean Energy.
Heat Energy Part 3 Bring thermos to school to keep water hot (prepare it at lunchtime). Bring ice cubes for students to melt (conduction). Food coloring.
Empowering Teachers Through Modeling
Experiential learning
Taking the Lead with the NGSS
Deductive Teaching Models
5E Lesson Plan First Grade Language Arts
DEPARTMENT OF EDUCATION
Change of State Big Q - What happens to the particles of a solid as it melts? Big Q - What happens to the particles of a liquid as it vaporizes? Big Q.
Effect of Temperature on Cold-Blooded Organisms
Conduction and Convection
Natural Sciences and Technology Grade 6
SLMS 7th Grade Science Energy Effects Lesson 6
Welcome to Texas Eighth Grade Science
Welcome to Texas Eighth Grade Science
Stations November 18th - November 22nd
Topic#33: Introduction to Thermochemistry
Presentation transcript:

Lesson Plan

Introduction to 5 E’s of Lesson Planning Katherine Moser and Lynn Preston Standard: P. CM Grade Level: 6 th Lesson Title: The Teaching Process Lesson Overview –After the lesson students will be able to recall the states of matter. List of Materials Students each will need a packet generated from the teacher, and a pencil. The teacher will need a hot plate, one large beaker and one small beaker, an overhead, and pennies.

Phase One: Engage the Learner Demonstrate to the students how they can make it “rain” in a jar. While showing this describe the process they are watching. Ask students leading questions such as What is happening right below the ice cubes? What is happening right above the hot plate? What is happening to the water? What are the differences between the states? The students will have to know this information because later on during the lesson the students are going to act it out.

Phase Two: Explore the Concept The students will be given a worksheet to be done in groups. Each student has to think of a time where they witnessed one of the states and one of the phase changes and record it in their packets. The students can take their packets home and try to find examples. Each student will have to turn it in the next day, so the teacher can continue the lesson.

Phase Three: Explain the Concept and Define the Terms The next day the students, as a class can compare their findings and create a chart on the board. At this point, the teacher will explain the terms and changes of state and elaborate on the concepts.

Phase Four: Elaborate on the Concept After explaining the reasons for the changes of state, the students will act like they are molecules in a space outlined by masking tape acting as the beaker. Then the teacher will ask follow-up questions.

Phase Five: Evaluate Students’ Understanding of the Concept Collect the packets students have been working on. Observe how the students acted while pretending to be molecules, select students to move molecules on the overhead. Did the students participate during the lesson by answering the questions and describing the process.