Common Core State Standards/Next Gen Science Standards

New Haven Public Schools Science

see also http://www.newhavenscience.org/ScienceCCSS.htm

http://www.newhavenscience.org/ScienceCommonCore.htm

Next Generation Science Standards http://www.nextgenscience.org

 (see http://www.newhavenscience.org/NGSSFramework.pdf)

 

1 Scientific and Engineering Practices

1. Asking questions (for science) and defining problems (for engineering)

2. Developing and using models

3. Planning and carrying out investigations

4. Analyzing and interpreting data

5. Using mathematics and computational thinking

6. Constructing explanations (for science) and designing solutions (for engineering)

7. Engaging in argument from evidence

8. Obtaining, evaluating, and communicating information

2 Crosscutting Concepts

1. Patterns

2. Cause and effect: Mechanism and explanation Scale, proportion, and quantity

3. Systems and system models

4. Energy and matter: Flows, cycles, and conservation

5. Structure and function

6. Stability and change

3 Disciplinary Core Ideas

Physical Sciences

PS1: Matter and its interactions


PS2: Motion and stability: Forces and interactions


PS3: Energy


PS4: Waves and their applications in technologies for information transfer

Life Sciences

LS1: From molecules to organisms: Structures and processes

LS2: Ecosystems: Interactions, energy, and dynamics


LS3: Heredity: Inheritance and variation of traits


LS4: Biological evolution: Unity and diversity

Earth and Space Sciences

ESS1: EarthÕs place in the universe

ESS2: EarthÕs systems


ESS3: Earth and human activity

Engineering, Technology, and Applications of Science

ETS1: Engineering design


ETS2: Links among engineering, technology, science, and society

 

http://www.corestandards.org/the-standards

Common Core Instructional Shifts for ELA/Literacy:

1. Building knowledge through content-rich non-fiction  and informational texts.

2. Reading and writing grounded in evidence from text.

3. Regular practice with complex text and its academic vocabulary.

 

Common Core Instructional Shifts for Mathematics

1. Focus strongly where the Standards focus.

2. Coherence: Think across grades, and link to major topics within grades.

3. Rigor: Require fluency, application and deep understanding.

--------------------------------------------------------------------------------------------------------

English Language Arts Common Core

 

READING (10 standards):

-Key Ideas and details ( 1. Read close, 2. Central/Supporting Ideas 3. Analyze development)

-Craft & Structure (4. Interpret meaning, 5. Analyze structure, 6. Assess point of view/purpose)

-Integration of Knowledge & Ideas (7. Integrate content, 8. Evaluate arguments/claims, 9. Analyze/compare)

-Range of reading and Level of Text Complexity (10. Complex text)

 

WRITING (10 standards)

-Text Types and Purposes (1. Arguments 2. Informative 3. Narratives)

-Production and Distribution of Writing (4. Coherent 5. Develop 6. Technology)

-Research to Build and Present Knowledge (7. Focused 8. Gather Info 9. Use Evidence)

-Range of Writing (10. Time/Task/Purpose/Audience)

 

SPEAKING AND LISTENING (6 standards)

-Comprehension and Collaboration (1. Collaborate 2. Integrate/Evaluate Info 3. Evaluate speaker)

-Presentation of Knowledge and Ideas (4. Present info, 5. Strategic Use of media, 6. Adapt to context)

 

LANGUAGE (6 standards)

-Conventions of Standard English (1.  Grammar/usage, 2. Conventions)

-Knowledge of Language (3. Context)

-Vocabulary Acquisition and Use (4. Determine meaning, 5. Figurative language, 6. Acquire/use vocabulary)

See how science and literacy are related at http://www.newhavenscience.org/ScienceLiteracy.htm

¥       http://www.newhavenscience.org/CCSSNewHavenK-5.doc

¥       http://www.newhavenscience.org/CCSSGrades6-12.doc

¥       http://www.newhavenscience.org/CCSSHistoryScienceTechnology6-12.doc


MATHEMATICS                       8 Practices  http://www.corestandards.org/the-standards

1. Make sense of problems and persevere

2. Reason abstractly and quantitatively

3. Construct viable arguments and critique the reasoning of others.

4. Model with mathematics.

5. Use appropriate tools strategically.

6. Attend to precision.

7. Look for and make use of structure.

8. Look for and express regularity in repeated reasoning.

DOMAINS (K-8):         Counting and Cardinality                    The Number System

                                    Number/Operations in Base Ten       Rations & Proportions

                                    Fractions                                             Operations and Algebraic Thinking

                                    Expressions & Equations                    Functions

                                    Measurement and Data                     Geometry

                                    Statistics and Probability

HIGH SCHOOL                        Number and Quantity                        Algebra

                                    Functions                                            Modeling

                                    Geometry                                           Statistics and Probability

---------------------------------------------------------------------------------------------------------------------------

NHPS Mathematics and ELE/Literacy Curriculum transition:

            11-12   New for Grade K,1,2

            12-13 New for Grades 3,6,9,10

            13-14 New for Grades 4, 7, 11

            14-15 New for Grades 5, 8, 12

-----------------------------------------------------------------------------------------------------

Science: CT State Standards to Next Gen Science Standards:

8 Practices, Cross Cutting Concepts, Content Strands (Increase in content in physics, astronomy, earth science (some levels))

Science:

            12-13   No change in science content.

Use informational text readings in current elementary science kits (complex text). K-5

Use reading passages (critical text) in district science assessments 7-12.

Revise unit significant tasks (projects) 7-12 to incorporate research/writing/presentation standards. (21st century skills)

Add engineering/design tasks.

Align measurement tasks K-6 with Math  measurement/data (K-5)

Align middle school labs with Math statistics/probability (6-8)

Align common use of data/regression with Math Modeling

            13-14   Begin NGSS content shift (grades K,3,6,9)

Align NGSS Practices with core significant tasks (commonalities with CCSS practices include: argumentation, discourse, use of evidence, modeling)

            Revise units to include engineering/design principles.

            14-15 NGSS content shift (grades (1,4,7,10)

            15-16 NGSS content shift (grades 2,5,8, 11,12)


 

21st Century Competency

As demonstrated by a studentÕs ability toÉ

1

Problem Solving  and  Critical Thinking

¥    Reason effectively

¥    Make insightful judgments and decisions

¥    Solve problems

2

Accessing and Analyzing Information*

¥     Use research tools to access and evaluate information from multiple sources

¥     Organize and synthesize information using multiple methods

3

Communication and Collaboration* (digital)

¥    Articulate ideas clearly and effectively to a variety of audiences using multiple modes

¥    Communicate effectively and work  productively with others

4

Creativity and Innovation

¥    Demonstrate originality and inventiveness in work

5

Initiative, Self-Direction and Accountability

¥    Set and meet high standards and goals for oneÕs self and others

¥    Manage time and resources to produce high quality results in a timely manner

¥    Take responsibility for oneÕs own learning

6

Citizenship and Responsibility

¥    Exercise empathy and respect for diverse cultures and perspectives

¥    Contribute to and take responsibility for the larger community

New Haven Public Schools 21st Century Skills

plan: 11-12 9th grade (select 8th grade) for capstone projects in place in 14-15.



Next Generation Science Standards Core Ideas by EndGrade Band nextgenscience.org

PHYSICAL

Grade 2

Grade 5

Grade 8

Grade 12

PS1 Matter (A: Structure and Properties, B: Chemical Reactions, C: Nuclear Processes)

Matter Types, Heating/Cooling,

Matter Properties, Conservation, Changes

Atoms, Phases, Chemical Changes, Energy, Fusion

Atomic Structure,  Chemical processes, properties, Nuclear Processes

PS 2 Motion/Forces (A: Forces and Motion, B: Types of Interactions, C: Stability in Systems)

Push/Pull, patterns

Motion/Force patterns, gravity, magnetism, systems and changes

Newton's Laws, forces,  Gravity, Field forces,  stable/unstable systems

Newton's Laws, momentum, Coulomb's Law, Field forces, gravity/em/strong/weak forces,  systems transformations/cycles/components

PS3 Energy (A: Energy Definitions, B: Energy Transfer, C: Energy/Forces, D: Energy in Chemical Processes/Everyday Life)

Sunlight, pushes and energy,  friction

motion energy, basic energy transfer with forces,  fuel, useful energy,

Energy types, potential energy, heat/temperature, energy transfer with forces,, biochemical energy,  machine efficiency,

Energy conservation, Energy particles/fields, radiation, mathematical energy conservation/systems,  energy transfer/fields,  multistage physical and chemical processes, electricity generation, advantages/disadvantages

PS 4 Waves (A: Properties, B: Electromagnetic Radiation, C: Info Technologies)

Waves as patterns, Sound, Light, shadows, mirrors, Senses, sound, light, communication

Wave properties, interactions, earthquake waves, Reflection, Magnification, Lenses, Digitized info,

Wave properties, Frequency, Color, Refraction, wave model, Signal Devices,

Reflection, refraction, transmission, resonance, wave interference, Wave/Particle model, EM Radiation, atom emission, Wave technology, Tools, signals, Semiconductors, chips, lasers

LIFE

Grade 2

Grade 5

Grade 8

Grade 12

LS1 Structures:( A: Structure/Function, B: Growth/Development, C: Matter/Energy Flow, D: Info Processing)

Organism external parts, uses,  development stages, food, water, light, inputs

Parts, uses, functions,  reproduction/life cycles,  food, water, air, use and digestion,  sense receptors, stimuli

Cells, structures, organs, reproduction, photosynthesis, chemical processes,  receptors/stimuli/signal transfer.

Cells, genetics, chemical reactions, feedback, mitosis, meiosis, differentiation, chemical processes, energy transfer, aerobic/anaerobic respiration. Information transfer and processing in organisms

LS2 Ecosystems (A: Interdependent Relationships, B: Cycles of Matter/Energy Transfer, C: Dynamics, Functioning, Resilience, D: Social/Group behavior)

Animal/Plant dependence on surroundings,  Group functions.

Food chains/webs,  matter cycles,  environment changes, Group members, functions.

Organisms/Population interactions/dependence,  matter and energy transfer in webs, dynamic ecosystems, biodiversity. Group needs, signals, changes.

Carrying capacities,  species and populations,  mattter/energy transfer at each link, carbon exchange,  Ecosystem functioning, anthropogenic changes. Group behavior, affiliations.

LS3 Heredity ( A: Inheritance of Traits, B: variation of Traits)

Characteristics

Characteristics inheritance and environment,  variations.

Genes, chromosomes, traits,  Variations, mutations.

DNA, codes,  replication, environmental factors and mutations.

LS 4 Evolution (A:  Evidence, B: Natural Selection, C: Adaptation, D: Biodiversity)

Extinction, environmental needs, Variety of living things. 

Fossils,  variation and traits advantage, environmental changes,  Variety of living things, classification.

Fossils, history, similarities, species. Natural selection, affect on populations,  Biodiversity and species, habitats, effect on humans.

Genetic history, dna /amino acid sequence, natural selection individual/population. factors leading to adaptation. Speciation/extinction, human impact on biodiversity.

EARTH/SPACE

Grade 2

Grade 5

Grade 8

Grade 12

ES1 Universe (A: Universe/Stars, B: Solar System, C: Earth History)

Patterns of sky objects,  sunrise/sunset, day/night cycles, events.

Sun as type of star,  Earth/moon/sun motions, phases, seasons. Rock changes over time, layers.

Models to explain patterns of motion of sun, moon, stars. Big Bang, galaxies. Solar system motions, tides, seasons. Rock changes, history, periods,.

Stellar evolution, galaxies, star spectra/movements. Planet motions, gravitation, Kepler's Law, Earth orbit cycles. Radioactive dating, rock ages, tectonic processes, early Earth history.

ES 2 EarthSystems (A: Materials/Systems, B: Plate Tectonics, C: Water/Surface, D: Weather/Climate, E: Biogeology)

Wind/Water change land shape, maps. Water phases. Weather patterns. Organisms interaction with environment.

Geosphere, hydrosphere, atmosphere interactions, erosion. Location of earth structures/features, earthquakes, volcanoes. Water cycle. Weather measurements, Climate. Organisms and rocks/minerals, atmosphere.

Earth's processes and energy/interactions. Plate tectonics, movements, rock distribution. Complex water cycle, water movements/currents, weathering, erosion. Weather prediction, interactions. Ocean impact on weather/climate, greenhouse gases. Earth history and evolution/extinctions.

Earth's system and feedback, changes and time scale. Core energy, mantle convection. Water and earth energy. Global climate, em radiation, past climate changes, climate models. Biosphere/ Earth systems and feedback.

ES3 Earth/Human (A: Natural Resources, B: Natural Hazards, C: Human Impacts, D: Climate Change)

Natural resouces, human use,  Severe weather. Reducing human environment impact (recycling).

Food, fuel and renewable resources, Natural hazardous processes.  Human impact on Earth,  effect of temp rise, reduction of impact.

Renewable/non renewable resources, distribution, technology,  Prediction, mapping, natural hazards. Human population, negative impact on natural resources, Affect of fossil fuels, gases, climate science.

Resource availability and society development,  Resource extraction cost/risks/benefits, technology, regulations. Natural hazards and human history, effect on populations, human impact. Society management of natural resources. Global climate models, informing decisions.

ENGINEERING

Grade 2

Grade 5

Grade 8

Grade 12

ETS1 Eng Design (A: Defining Problem, B: Developing Solution, C: Optimizing)

Understand problem,  Conveying designs and parts. Compare solutions

Problem and solutions/criteria, resources, Problem research, testing solutions/models,

Precise definitions of criteria/ constraints, Systematic testing, models, simulations, feedback. Systemic evaluation, iterative testing.

Design constraints, criteria, limits, risks, scale, challenges. Component problems, solutions, design improvement iterative procedures, use of technologies, presentation. Complex design evaluation, trade-off matrix, relevant consideration and impacts.

ETS2 EngSociety (A: Interdependence of Science, Engineering, Technology, B: Influence on Society/Natural World)

Tools, observations, measurements. technology and humans.

Tools, instruments, and engineering design. Improving technologies, changes.

Technology/science and society development. Technology consequences, uses.

R & D projects,  technological innovation, civilization and development.

http://www.newhavenscience.org/NGSSFramework.pdf)

http://www.nextgenscience.org