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EAST PENNSBORO AREA SCHOOL DISTRICT PLANNED COURSE COVER SHEET A. Course Title/Number/Grade: Science Technology – Gr. 6 A-l. Prerequisite Requirements (if any) N/A B. Periods Per Cycle: 6 C. Length of Period (minutes): 48 D. Number of Days of Instruction: 90 (Also 90 Days in Corresponding Science Course) E. Total Clock Hours (C x D ÷ 60): 72 F. Units of Credit: N/A G. Weighted Course: Yes H. Certification Requirements (for office use): No CONCEPT STATEMENT The material in this course develops the students’ understanding of relationships between science and math. The concepts studied are important because science and math applications are a part of everyday life. Successful completion of this course will ensure that students can use science and math principles to solve everyday problems. Board Approval Date: November 1997 Revised: October 24, 2002 1 THE INSTRUCTIONAL UNIT A. Title of Course: Science Technology – Gr. 6 B. Title of Unit: Metric Measurement C. Approximate Time Allocation: D. 1. 2. 3. 4. 24 Hours Objectives(s) The students will: Measure metric length and weight. Calculate area, volume, displacement, and pressure. Use measuring equipment. Draw isometric drawings with dimensions. G. 1.1 1.2 E. Objectives Related to Standard(s) Science & Technology 3.1.7 B, C, D, E 3.2.7 B, C, D 3.4.7 D 3.6.7 B, C 3.7.7 B F. 1. 2. 3. 4. 2.1 2.2 2.3 Key Idea(s) mm, cm, m, g, kg cm2, cm3, g/cm2, g/cm3 Rulers, spring scales, pan balance scales Degrees in a circle, isometric, dimensions 3.1 3.2 4.1 Primary Assessment Related to Objectives The students will use metric measurement of length to construct projects/experiments. The students will use spring and pan balance scales to calculate weights of given experiments. The students will calculate the maximum weight-carrying capacity of a model boat. The students will calculate area and pressure exerted by their body weight onto their feet using a foot drawing with area and pressure calculations. On a unit test, the students will calculate area volume displacement and pressure. The students will follow ruler and weight scale use techniques when constructing experiments. On a unit test, the students will measure using rulers and weight scales. The students will draw an isometric drawing of a model boat which will be used to calculate volume and displacement. H. Expected Achievement In order to obtain a proficient level of performance students should: 1.1 Complete experiments using the correct unit and measured to within +/- 1mm with 100% accuracy. 1.2 Complete weight measurements calculated to within +/- 5 grams using spring and pan balance scales with 100% accuracy. 2.1 Calculate with 100% accuracy on a worksheet listing steps for solution. 2.2 Calculate pressure with 100% accuracy on a worksheet listing steps for solution. 3.1 Follow approved techniques with 100% accuracy when construction experiments. 1.1,1.2,3.1,3.2 Measure length and weight with a minimum 70% accuracy on a unit test. 1.2,2.2,2.3 Calculate area, volume, displacement, and pressure with 70% accuracy on a unit test. 4.1 Calculate with 100% accuracy the volume and displacement of a model boat using an isometric drawing. 2 THE INSTRUCTIONAL UNIT A. Title of Course: Science Technology – Gr. 6 B. Title of Unit: Simple Machines C. Approximate Time Allocation: D. 1. 2. 3. 4. 5. 24 Hours Objectives(s) The students will: Use the scientific method to solve problems. Define, create, and reduce friction. Define and complete experiments using the following simple machines: Inclined plane, pulley, and gears. Safely and correctly use basic hand and power tools. Design solutions to “mock” industrial problems using simple machines. E. Objectives Related to Standard(s) Science & Technology 3.1.7 A, B, C, D, E 3.2.7 B, C, D 3.6.7 B, C 3.7.7 A, B, C, D F. 1. 2. 3. 4. 5. 6. 7. 8. Key Idea(s) Scientific method Graphing results Friction, lubricants, aerodynamics Simple machines, mechanical advantage Safety, tool usage PowerPoint ClarisWorks spreadsheet Microsoft Excel G. Primary Assessment Related to Objectives 1.1 The students will follow a list of “scientific” method steps” to construct experiments. 2.1 The students will complete experiments related to sliding, rolling and air resistance friction. 2.2 The students will list types of friction and method of reducing friction on a unit test. 2.3,3.3 The students will create a PowerPoint presentation related to a class experiment. 2.4,3.4 The students will create a ClarisWorks/Microsoft Excel computer graph related to a class experiment 3.1 The students will complete experiments related to the simple machines. 3.2 The students will calculate mechanical advantages and forces created with the simple machines on a unit test. 4.1 The students will safely use hand and power tools to build experiments. 5.1 The students will design and build a mousetrap using friction concepts and simple machines as its functioning parts. H. Expected Achievement In order to obtain a proficient level of performance students should: 1.1 Complete experiments using the scientific method with 70% accuracy. 2.1,2.3,3.4 Construct friction experiments to solve given requirements with 70% accuracy. 2.2 List types of and methods for reducing friction on a unit test with 70% accuracy. 2.3,3.1,3.4 Construct simple machine experiments to solve given requirements with 70% accuracy. 2,3,3,3 Create a PowerPoint presentation following a speaking and writing grade rubric with 70% accuracy. 3.2 Calculate mechanical advantages of and forces created with simple machines on a unit test with 70% accuracy. 4.1 Correctly set up and safely operate tools when constructing experiments with 100% accuracy. 5.1 Design and construct a mousetrap using at least one friction concept and at least two simple machines. 3 THE INSTRUCTIONAL UNIT A. Title of Course: Science Technology – Gr. 6 B. Title of Unit: Electricity and Magnetism C. Approximate Time Allocation: 24 Hours D. Objectives(s) The students will: 1. State the relationship between electricity and magnetism. 2. Design solutions to “mock” industrial problems using electricity and magnetism. 3. Complete experiments using electricity and magnetism. E. Objectives Related to Standard(s) Science & Technology 3.1.7 A, B 3.2.7 B, C, D 3.4.7 B 3.6.7 B, C 3.7.7 A, B, D G. Primary Assessment Related to Objectives 1.1 The students will construct experiments using electrical circuits to produce magnetism and magnetism to produce electricity. 1.2,3.2 The students will complete a unit test on electrical terms/circuits and magnetism. 2.1 The students will construct a mousetrap using electrical circuits and magnetism. 3.1 The students will construct electricity and magnetism experiments. F. Key Idea(s) 1. Atom 2. Law of electric charge 3. Current 4. Voltage 5. Resistance 6. Parallel, series circuits 7. Conductor, resistor, insulator 8. Electric motors and generators 9. Poles 10. Electric magnet and permanent magnet 11. Magnetic field 12. AC/DC 13. Static electricity 14. Electricity safety H. Expected Achievement In order to obtain a proficient level of performance students should: 1.1 Construct electrical and magnetism experiments to solve a given list of requirements with 70% accuracy. 1.2,3.2 Define electrical terms, circuits, and types of magnetism with 70% accuracy on a unit test. 2.1 Design/construct a mousetrap using at least one circuit and one form of magnetism. 3.1 Design/construct electrical circuits and magnetism experiments with 100% accuracy by following given requirements. SUPPLEMENTAL INFORMATION 4 Concepts & Challenges in Physical Science, 3rd Ed. Globe Book Co. 1991 A. Current text - Title: (if applicable) Publisher: Copyright Date: B. Technology Resources (software programs, websites, etc): PowerPoint, Microsoft Excel, ClarisWorks Spreadsheet Incredible Machine, How Things Work C. Other Resources (guest speakers, videos, magazine/newspaper subscriptions, etc): Popular Science Magazine D. Thinking skills emphasized into this course: Place a check in the box for the thinking skills most emphasized in this course (up to 4 skills). Attributing – Identifying special characteristics of an object Personifying – Giving human qualities to an object Prioritizing – Ranking items in order of importance Sequencing – Arranging items in order Compare/Contrast - Identifying similarities and differences Brainstorming – generating a list of ideas about a topic Visualizing – Creating mental pictures Classifying – Grouping items with common characteristics Problem Solving – Identifying alternatives and solutions to a problem Determining Cause and Effect – Indicating the chain of events Inferring – Discovering a less obvious connection to a circumstance Associating Relationships – Identifying patterns to connect ideas Making Analogies – Developing comparisons based on relationships Evaluating – Expressing a judgement based on criteria Dealing with Ambiguity and Paradox – Identifying contradictions Solving Analogies – Expressing an answer from similar relationships 5 Inventing – Creating an idea or device Generalizing – Uncovering patterns and applying them to other situations Decision Making – Determining a choice based on sound judgement Analyzing for Assumption – Looking for conjecture not based on fact Hypothesizing – Forming a testable question based on fact Analyzing for Bias – Checking for prejudices Drawing Conclusions – Coming to understandings based on facts Predicting – Anticipating a future occurrence