Standards alignment Lesson NGSS -- Science & NGSS -- Cross-cutting CCLS -- ELA CCLS -- Math Disciplinary Core Ideas Engineering Practices Concepts 5 Modeling Speaking and Listening: Standards for Mathematical 2. Developing and using 3. Scale, proportion and PS2: Motion and Stability: Mechanisms Comprehension and Practice: MP 4: Model with models quantity forces and interactions collaboration; mathematics; 5. Using mathematics and 4. Systems and system ETS1: Engineering Design Presentation of MP 5: Use appropriate tools computational thinking models knowledge and ideas strategically; 8. Obtaining, evaluating 6. Structure and function Vocabulary MP 6: Attend to precision and communicating Language: acquisition and use Measurement and Data information (K.MD & 1.MD) Geometry (K.G & 1.G) 6 Modeling Speaking and Listening: Standards for Mathematical 1. Asking questions and 1. Patterns PS2: Motion and Stability: Manufactured Comprehension and Practice: defining problems 2. and effect: forces and interactions Mechanisms collaboration; MP 4: Model with 6. Constructing mechanism and prediction ETS1: Engineering Design Presentation of mathematics explanations and designing 4. Systems and system ETS2: Links among knowledge and ideas Measurement and Data solutions models Engineering, Technology Language: Vocabulary (K.MD & 1. MD) 5. Energy and matter: flows and Society acquisition and use Geometry (K.G & 1.G) cycles and conservation 6. Structure and function 7. Stability and change 7 Which way Speaking and Listening: Measurement and Data 2. Developing and using 1. Patterns PS2: Motion and Stability: will it go? Comprehension and (K.MD & 1. MD) models 2. and effect: forces and interactions collaboration; 3. Planning and carrying mechanism and prediction ETS1: Engineering Design Presentation of out investigations 4. Systems and system knowledge and ideas 4. Analyzing and models Language: Vocabulary interpreting data 6. Structure and function acquisition and use 8. Obtaining, evaluating 7. Stability and change and communicating information
Lesson Standards alignment CCLS -- ELA CCLS -- Math NGSS -- Science & Engineering Practices NGSS -- Cross-cutting Concepts Disciplinary Core Ideas 5 Modeling Mechanisms Speaking and Listening: Comprehension and collaboration; Presentation of knowledge and ideas Language: Vocabulary acquisition and use Standards for Mathematical Practice: MP 4: Model with mathematics; MP 5: Use appropriate tools strategically; MP 6: Attend to precision Measurement and Data (K.MD & 1.MD) Geometry (K.G & 1.G) 2. Developing and using models 5. Using mathematics and computational thinking 8. Obtaining, evaluating and communicating information 3. Scale, proportion and quantity 4. Systems and system models 6. Structure and function PS2: Motion and Stability: forces and interactions ETS1: Engineering Design 6 Modeling Manufactured Mechanisms Speaking and Listening: Comprehension and collaboration; Presentation of knowledge and ideas Language: Vocabulary acquisition and use Standards for Mathematical Practice: MP 4: Model with mathematics Measurement and Data (K.MD & 1. MD) Geometry (K.G & 1.G) 1. Asking questions and defining problems 6. Constructing explanations and designing solutions 1. Patterns 2. and effect: mechanism and prediction 4. Systems and system models 5. Energy and matter: flows cycles and conservation 6. Structure and function 7. Stability and change PS2: Motion and Stability: forces and interactions ETS1: Engineering Design ETS2: Links among Engineering, Technology and Society 7 Which way will it go? Speaking and Listening: Comprehension and collaboration; Presentation of knowledge and ideas Language: Vocabulary acquisition and use Measurement and Data (K.MD & 1. MD) 2. Developing and using models 3. Planning and carrying out investigations 4. Analyzing and interpreting data 8. Obtaining, evaluating and communicating information 1. Patterns 2. and effect: mechanism and prediction 4. Systems and system models 6. Structure and function 7. Stability and change PS2: Motion and Stability: forces and interactions ETS1: Engineering Design