OUR LADY QUEEN OF MARTYRS SCHOOL WEEKLY LESSON PLAN
Teacher’s Name: Mrs. Ramsey Subject: Science Grade: 6th
Week of: 12/8/14 Unit: III Week: 2 (6 weeks)
Unit Title: Simple and Complex Machines Essential Question: How do energy, friction, and force affect motion?
| CCSS Code e.g. RL.K.5 | OUTCOMES (Lesson Focus) What will the students know or be able to do at the end of the lesson? | ASSESSMENT How will the students demonstrate that they have accomplished the desired outcome? Please state the question that will be asked during your formative assessment. | STRATEGIES In what activities will the students be engaged to accomplish the desired outcome? Please list in the order that you will implement. | 3 HOTS QUESTIONS e.g. one should be on knowledge, one on application, and one on synthesis or evaluation. |
Mon
12/8 | RST.2 L.1 SL.1 | Students will present their model of a simple machine | Students will discuss how their simple machine works. | Students will use information from the weekly lesson to design their own machine. 2. Present design. | 1. Name simple machine. 2. What are the parts used in the simple machine? 3. How does your machine make work easier? |
Tues
12/9
| L.1 RST.2 WHST | To explore the effect of applying force at different points on a lever. | Is a bottle opener a simple machine? | 1. Review vocabulary words. 2. Group work on identifying a toy or game that has the parts of a simple machine. 3. Use illustration to different simple machines. | 1. What are the different kinds of simple machines? 2. Using the words effort force and output force, explain why simple machines are useful. 3. When a lever lifts a boulder, what is the effort force? |
Wed
12/10
| RST.3 WHST.2 SL.1e | Explain how levers are simple machines | What is resistance force? | 1. Review vocabulary words. 2. Oral reading and notes. 3. Draw picture of a hammer and list reasons for concluding that it is a lever. | 1. How do levers multiply effort? 2. What are other classes of levers? 3. Describe the operation of second-and third-class levers. |
Thurs
12/11
| Design a prototype of a simple and mechanical machine. | Presentation of simple machine. | 1.http://edheads.org/activities/simple-machines/ 2. http://www.msichicago.org/fileadmin/Activities/Games/simple_machines/ 3. Group work on using simple machines. | 1. Produce a slide show/I-Movie 2. Use simple machines as prototype. 3. How are these machines relevant to our daily lives. | |
Fri
12/12
| SL.1a RST.3 WHST4. | Explain how pulleys and wheel and axles are machines. | How does a pulley system work? | 1. Draw and fill in chart to organize information. 2. Calculate mechanical advantage. 3. Use illustration to find mechical advantage. | 1. Describe how a pulley works. 2. Does a pulley change the direction of the effort force. 3. What is a pulley’s mechanical advantage?
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| Bloom’s Taxonomy (HOTS Questions) -Knowledge -Comprehension -Application -Analysis -Synthesis -Evaluation | School Grade Weighting Scale: Tests (40%): Quizzes (20%): Classwork/ Participation (15%): Homework (5%): Projects/ Portfolios (20%):
| Vocabulary words for week: 1. simple machine 2. effort force 3. resistance force 4. lever 5. fulcrum 6. mechanical advantage 7. pulley 8. wheel and axle 9. wedge 10. incline plane | Use of Technology: __X__ Smartboard ____ Student Response System |