Curriculum correlation of Nelson Science Saskatchewan Science 10 Curriculum (2005)

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1 Curriculum correlation of Nelson Science 0 00 to Saskatchewan Science 0 Curriculum (00) Legend: Sec = Section, p = page, SkHb = Skills Handbook, Ch = Chapter UNIT Life Science: Sustainability of Ecosystems SE SE Foundational and Learning Objectives Explore cultural perspectives on sustainability Examine how various cultures view the relationships between living organisms and their ecosystems. (PSD, CD.) Explain changes in the scientific worldview (paradigm shift) of sustainability and human s responsibility to protect ecosystems. (TL, CCT) Select and integrate information from various human, print and electronic sources (government publications, community resources, and personally collected data) with respect to sustainability and the environment. (COM, NUM) Communicate questions, ideas, and intentions, and receive, interpret, understand, support, and respond to the ideas of others with respect to sustainability and the environment. (COM) Identify multiple perspectives that influence environment-related decisions or issues. (CCT, TL) Demonstrate how society s needs and functions, as well as the global economy, affect one s community. (CD.) Examine biodiversity within local ecosystems Observe and document a range of organisms to illustrate the biodiversity within a local ecosystem. Select and use apparatus and materials safely when documenting biodiversity. Identify biotic and abiotic components of an ecosystem. Explain how the biodiversity of an ecosystem contributes to its sustainability. Identify energy flow in ecosystems using the concept of the pyramid of energy, numbers, or biomass. (NUM) Describe the mechanisms of bioaccumulation and biomagnification. Nelson Science 0 Sections Ch intro p Sec. p- Sec. p Sec.,. p - Sec. p Sec. p0 Sec.0 p SkHb E,F,G,H, R, S, X Sec. Sec. p0 Sec. p- Sec. p- Sec. p Sec. p Sec. p0 Sec. p Sec. p Sec. p Sec. p0 Sec. p Sec. p Sec. p0 Sec. p0 Sec. p0 Sec. p- Sec. p0- Sec.0 p- Sec. p- Sec. p0- Sec. p- - -

2 0 SE SE SE Explain the process of biomagnification on the viability and diversity of consumers at all trophic levels. Describe and apply classification systems and identify key ecological terms used in the environmental sciences. (COM) Demonstrate a sense of personal and shared responsibility for maintaining a sustainable environment. (PSD) Examine the impact of invasive species on an ecosystem. Identify the factors that result in species becoming at-risk in Saskatchewan, the Prairies, and Canada. Explore ecology-related work settings and work roles in the community. (CD.) Analyze population dynamics within an ecosystem Explain various ways in which natural populations maintain equilibrium and relate this equilibrium to the resource limits of an ecosystem. Construct and/or interpret graphs of population dynamics. (NUM) Explore the technologies used to study biotic and abiotic components of ecosystems. (TL) Discuss the ethics of studying biotic components of ecosystems. (CCT, COM) Identify cycles, change, and stability in ecosystems Illustrate the cycling of nutrients and matter through biotic and abiotic components of an ecosystem by tracking carbon, nitrogen, and oxygen. Select and use appropriate vocabulary and modes of representation to communicate scientific ideas. (COM) Identify and respect various cultural perspectives on the cycling of nutrients and matter through the environment. (CCT) State a prediction and a hypothesis based on available evidence and background information. Investigate human impact on ecosystems Explain why ecosystems with similar characteristics can exist in different geographical locations. (CCT) Compare a natural and a disturbed (altered) ecosystem and suggest ways of assuring their sustainability. Explain why different ecosystems respond differently to short-term stresses and long-term changes. Compare the risks and benefits to society and the environment of applying scientific knowledge or introducing a technology. (TL) Sec. p- Sec. p0- Sec. p0- Sec. p- Sec. p- Sec. p0- Sec. p- Sec. 0- Sec. p Sec. p Sec. p Sec. p Sec. p0- Sec. p- Sec.0 p-0 Sec. p- Sec.0 p-0 SkHb C, H and S (ethics/issues in general) Sec.. p- SkHb Q, R, T, V Sec. p- Sec. p (investigation) Sec. p- Sec. p- Sec. p0- Sec, p- Sec. p- Sec. p- Sec.0 p- Sec. - Sec. p- Sec.. p0- Sec. p Sec.-0 p0- SkHb C to F (inclusive) - -

3 Propose a course of action on social issues related to sustainability, taking into account human and environmental needs. (IL, PSD, TL) Predict the personal, social, and environmental consequences of a proposed action. (PSD) Defend a decision or judgement and demonstrate that relevant arguments can arise from different perspectives. (CCT, COM) Sec. p- Sec.,. p0- Sec. p- Sec. p- SkHb C to H (inclusive) Describe how Canadian research projects in science and technology are funded. (TL) -- Not Found

4 UNIT Physical Science: Motion in Our World MW MW MW Foundational and Learning Objectives Explore motion-related technologies Acquire, with interest and confidence, additional science knowledge and skills using a variety of resources and methods, and adopt behaviours and attitudes that project a positive self image. (PSD, CD.) Distinguish between scientific questions and technological problems when exploring motionrelated topics. (CCT, TL) Recognize the contribution of science and technology to the progress of civilizations. Relate personal activities and interests related to motion, and various scientific and technological endeavours to specific science disciplines and interdisciplinary studies such as kinematics, aerodynamics, mathematics, ergonomics, and environmental science. Observe and describe the motion of everyday objects Observe and describe the motion of everyday objects qualitatively using personal words and phrases. (COM) Categorize the motion of everyday objects as uniform and non-uniform. (CCT) Operationally define uniform and non-uniform motion. Nelson Science 0 Sections SkHb (A Y inclusive) p 0 Unit Intro p Sec. p- Sec., p- Sec. p- Sec. p- Sec. p- Sec 0. p0- Sec 0. p0 Sec. p Sec. p- Sec. p- Sec. p- Sec. p- Sec. p- Unit Int. Challenge p- Sec. p- Sec.0 p- Sec. p- Sec. p- Discuss the role of frame of reference in determining whether an object is in motion. (TL) Investigate the relationship among distance, time, and speed for objects that undergo uniform motion Collect data about everyday objects that Sec. p0- undergo simple linear motion. (NUM) Sec 0. p0 SkHB L Design an experiment and identify specific Sec. p- variables to be tested. (TL) Sec. p0- SkHB K Develop appropriate sampling procedures for Sec. - data collection in an experiment. (NUM) Sec. p- SkHb L, M Use appropriate instruments such as ticker Sec. p- timers, stopwatches, photogates, or motion Sec. p0- detectors to collect data effectively and Sec 0. p- accurately. SkHb L Evaluate the relevance, reliability, and adequacy of data and data collection methods. (CCT) Identify and explain sources of error and uncertainty in measurements. Sec. p- SkHb K Sec. p- SkHb D, K - -

5 0 MW MW Construct distance-time graphs to represent the Sec. p- uniform motion of everyday objects. (NUM) Sec. p Explain how the concept of rate of change Sec. p- relates to the concept of speed. Sec0. p- SkHb N, N Operationally define distance and speed. Sec. p- Sec. p- Define instantaneous speed and average speed Sec. p- as they relate to uniform motion. Investigate the relationship among speed, time, and acceleration for objects that undergo uniformly accelerated motion Collect data about everyday objects that Sec 0. p- undergo uniformly accelerated motion. (NUM) Sec 0. p0-0 Work collaboratively to plan and carry out investigations, as well as to generate and evaluate ideas to practice the skills, knowledge, and attitudes needed to work effectively with and for others. (PSD, CD.) Construct and analyze distance-time and speed-time graphs of objects that undergo uniform acceleration. (NUM) Describe quantitatively the relationship among speed, time, and acceleration. Select and use appropriate vocabulary, units, symbols, and graphs to communicate information about moving objects. (COM) Value the role and contribution of science and technology in our understanding of phenomena that are directly observable and those that are Sec 0. p0-0 Sec. p0- Sec. p- Question # p Sec.0 p- Sec.0 p- Sec 0. p- Sec 0. p0- SkHb V p Ch Intro p-0 Sec. p0- not. (CD.) Analyze graphically and mathematically the relationship among distance, speed, time, and acceleration for objects that undergo simple linear motion or uniformly accelerated motion Describe quantitatively the relationship among distance, time, speed, and acceleration for everyday objects that undergo simple linear motion (uniform motion or uniformly accelerated motion). Identify the physical quantity that the slope of a distance-time graph represents Identify the physical quantity that the slope of a speed-time graph and the area under a speedtime graph represent. Solve problems related to uniform motion and uniformly accelerated motion using the equations of motion. Use distance-time and speed-time graphs to solve problems related to uniform motion and uniformly accelerated motion. (NUM) State a prediction and a hypothesis based on available evidence and background information when solving problems relating to simple linear motion. Sec 0. p- Sec 0. p0- Sec. p- Sec 0. p0- Sec. p- Sec 0. p- Sec. p- Sec 0. p0- Sec 0. p- Sec. p- 0. p- Sec. p0-0. p0- Sec. p- 0.0 p0- Sec.0 p- SkHb (K) - -

6 Compare theoretical and empirical values and account for discrepancies. (CCT) Read and interpret graphs to develop an understanding of the relationships among numbers. (NUM) Sec. p- Sec. p0- SkHb O Sec 0. p0- SkHb N--N (inclusive) UNIT Physical Science: Chemical Reactions CR 0 CR Foundational and Learning Objectives Observe common chemical reactions in your world Provide examples of how science and technology are an integral part of our lives and community. (TL) Observe and describe chemical reactions that are important in everyday life. Perform activities to investigate exothermic and endothermic chemical reactions. Identify indicators that provide evidence that a chemical reaction has likely taken place. Show concern for safety and accept the need for rules and regulations when conducting scientific investigations. Demonstrate knowledge of Workplace Hazardous Materials Information System (WHMIS) standards by selecting and applying proper techniques for handling and disposing of lab materials. Show concern for safety and accept the need for rules and regulations. (PSD) Use scientific principles to describe the functioning of domestic or industrial technologies. Identify examples of technologies or technological processes that were developed based on scientific understanding of chemical reactions. (TL) Identify and describe science and technologybased occupations related to chemistry and explore the educational and training requirements of these occupations. (CD.) Compare examples of how society supports and influences science and technology in Saskatchewan and Canada. Nelson Science 0 Sections Sec. p0- Sec. p- Sec. p Ch Intro p Sec. p0 Sec.0 p0- Sec. p- Sec. p- Sec. p- Sec. p- SkHb A, B p-0 Sec. p- SkHb A p-0 Sec. p- Sec. p- SkHb A, B Sec. p Sec. p0-0 Sec. p0 Sec. p Sec. p- Sec. p Sec. p Sec. p0-0 Sec. p0 Sec. p Sec. p0 Sec. p- Represent chemical reactions symbolically using models, word equations, and balanced chemical equations - -

7 0 CR Represent common chemical compounds using models. Name and write formulas for common ionic compounds using the periodic table and a list of ions. (COM) Name and write formulas for common molecular compounds using the periodic table and a list of numerical prefixes. Describe the usefulness of scientific nomenclature systems such as the International Union of Pure and Applied Chemistry (IUPAC) naming conventions. Reflect upon how knowledge develops and changes in science. (CCT) Value the contributions made by women and men from many societies and cultural backgrounds in the development of international standards in chemistry. (PSD) Represent chemical reactions using word equations. Design an experiment to investigate the Law of Conservation of Mass, identifying and controlling major variables. (CCT) Represent chemical reactions and conservation of mass using models. Represent chemical reactions and conservation of mass using balanced chemical equations. (NUM) Sec.--. p-0 Sec.0 p0- Sec. p- Sec.. p- Sec. p0-0 Sec. p- Sec. p- Sec. p0 Ch Intro p0 None - covered in Nelson Science Sec. p- Sec. p0- Sec. p- Sec. p- Sec. p- Identify characteristics of chemical reactions involving organic compounds Observe and describe the combustion process. Sec. p0- Illustrate, using chemical formulas, a variety of natural and synthetic compounds that contain carbon. Sec. p0- Defend a decision or judgment related to the Sec. p0-0 use of fossil fuels and demonstrate that relevant Sec. p0-0 arguments can arise from different perspectives. Sec. p- (PSD, COM) SkHb G CR Propose alternative solutions to society s reliance on fossil fuels, identify the potential strengths and weaknesses of each solution, and select one as the basis for a plan. (CCT, PSD) Use factual information and rational explanations when analysing and evaluating perspectives related to the use of fossil fuels. (CCT) Identify factors that affect the rates of chemical reactions Identify how factors such as temperature, concentration, and surface area can affect the rate of a chemical reaction. Use the collision model to explain changes in chemical reaction rates. SkHb F, G, H (proposals / perspectives how to communicate etc.) (nothing on alternatives in text) Sec. p Sec. p0-0 Sec. p0-0 Sec. p- SkHb H, R Sec. p- Sec. p- Sec. p0- Sec. p0- Design and perform an experiment to determine Sec. p- - -

8 how various factors affect chemical reaction rates, identifying and controlling major variables. (CCT) Carry out procedures controlling the major variables and adapting or extending procedures where required. Compile and organize data, using appropriate formats and data treatments to facilitate interpretation of the data. (COM, NUM) Interpret patterns and trends in data, and infer or calculate linear and nonlinear relationships among variables. (NUM) Value the processes for drawing conclusions in science. Sec.. p- Sec. p- Sec. p- SkHb L, L O [only in chem.?] Sec. p- Sec. p- SkHb K, M,M SkHb N O (inclusive) Sec. p- Sec. p- SkHb O O (inclusive) CR Investigate chemical reactions involving acids and bases Perform activities to investigate the characteristics of acids and bases. (IL) Work co-operatively with team members to develop and carry out a plan, and troubleshoot problems as they arise. (CD.) Evaluate and select appropriate instruments for collecting evidence and appropriate processes for problem solving, inquiring, and decision making. (CCT, TL) Classify substances as acids, bases, or salts, based on observable characteristics, name, and chemical formula. Name and write formulas for common acids and bases, using the periodic table, a list of ions, and rules for naming acids and bases. Describe the process of neutralization and identify practical examples. Sec. p0- Sec. p- Sec. p0- Sec. p- SkHb X p0 Sec. p- SkHb K, L Sec. p- Sec. p0-0 Sec. p0-0 Sec. p- Sec.0 p- Sec. p - -

9 UNIT Earth and Space Science: Weather Dynamics WD WD Foundational and Learning Objectives Explore the causes and impact of severe weather in Canada Identify and explain those characteristics that distinguish weather from climate. (CCT) Identify and explain the causes of Canadian severe weather events (e.g., tornadoes, hurricanes, blizzards, hailstorms, thunderstorms, flooding, ice storms, and droughts). Identify tools scientists use to describe and classify severity of weather phenomenon (i.e., Beaufort wind scale, Saffir-Simpson Hurricane Scale, wind chill chart, humidex, UV index). (TL) Investigate how scientists use computer technologies for modeling and predicting severe weather events. (TL) Explore careers related to weather forecasting. (CD.) Explore the technical, social, and cultural implications of present technology and potential future technological developments. (TL) Discuss the ethical considerations meteorologists face when deciding when and how to share severe weather information with the public. Analyze meteorological data Explain how to collect meteorological data using appropriate methodologies and technologies. Recognize situations where measurement is necessary and select the appropriate measuring tool. (NUM) Express meteorological data qualitatively and quantitatively. (NUM) Value the role and contribution of science and technology in our understanding of phenomena that are directly observable and those that are not. (TL, CD.) Display meteorological data in a variety of formats including diagrams, tables, charts, and graphs. (NUM) Analyze meteorological data for a given time span using appropriate methodologies and technologies. Identify commonly used symbols on meteorological and news weather maps. (COM) Relate personal collection of weather data to branches of science such as meteorology. Describe examples of Canadian contributions to science and technology in the field of meteorology (e.g., satellite data collection, Nelson Science 0 Sections Sec. p0 0 Sec. p Sec. p- (bkgrnd) Sec. p- (bkgrnd) Sec.. p-0 (inclusive) Sec. p- Sec. p0-0 SkHb M Sec. p-0 Sec. p Sec. p Sec. p Sec. p- Sec.0 p- Sec. p- Sec. p- Sec. p-0 SkHb M Sec. p- Sec. p-0 Sec.0 p SkHb N Sec. p0- Sec.0 p SkHb N p Sec.0 p Sec.0 p- - -

10 WD 0 WD analysis/forecasting, and modeling). Explain the principles of weather Identify weather-related questions that arise from practical problems and one s previous life experiences. (COM) Illustrate how science attempts to explain weather phenomena through observation and experimentation. (TL) Explore cultural and historical views on the origins and interpretations of weather. (PSD) Identify and describe the characteristics of the atmosphere, hydrosphere, and lithosphere. Describe and explain heat transfer within the water cycle. Describe and explain heat transfer in the hydrosphere and atmosphere, and its effects on air and water currents. Describe how the hydrosphere and atmosphere act as heat sinks within the water cycle. Conduct activities to investigate heat transfer in the hydrosphere and atmosphere, in particular the energy transfer involved in phase changes and the corresponding effect on the weather. Identify how and where the major types of precipitation form. Explain the effects of the Coriolis force on planetary air and water currents. Reflect upon how knowledge is developed and changed in science (e.g., how scientists build scientific theories/models). (CCT) Show understanding of ideas by providing alternate phrasing, drawings and diagrams, modeling, writing, etc. (COM) Forecast local weather conditions Examine the principles of weather prediction and predict local weather conditions, using qualitative and quantitative methods. (NUM) Determine the accuracy of local weather predictions for a given period. (CCT) Analyze why scientific and technological activities such as meteorology take place in a variety of individual and group settings. (TL) Identify the ways in which technology has improved weather forecasting. Explore various cultural and historical perspectives related to weather forecasting. Understand the fundamentals of probability and their uses in expressing risks and changes, and making predictions. (NUM) Understand the benefits and limitations of technological tools used to predict weather. (TL) SkHB C, D Sec. p-0 Sec. p- Sec. p0- Sec. p - Sec. p0-0 Sec. p- Sec. p0- Sec. p- Sec. p- Activity (.) p 0 Activity (.) p 0 Activity (.) p Activity (.) p Sec. p Sec. p- Sec. p- Sec.0 p- Unit Challenge (#,) p Ch Intro activity p SkHb C, F, G Sec. p-0 Sec.0 p Sec. p- Sec. p0- Sec. p- Sec. p-0 Sec. p- --not found -- Sec. p-0 Sec.0 p - 0 -

11 WD 0 Identify consequences of global climate change Identify current issues related to global climate change. (PSD) Identify the most important natural and human factors that influence global climate. (TL) Examine and evaluate evidence that climate change occurs naturally. (CCT) Explain how scientific knowledge of global climate has evolved and continues to evolve, as new evidence becomes known. (TL) Select and integrate information related to global climate change from various print and electronic sources. (COM) Describe how scientists use technologies such as modeling to further our understanding of climate change. (TL) Discuss potential consequences of climate change and the need to investigate climate change. Identify questions or problems relating to global climate change that arise from personal research. (IL) Develop, present, and defend a position or course of action, based on personal research. (PSD) Consider some personal, social, and environmental consequences of a position or proposed course of action related to global climate change. (PSD) Understand the role that human values play in critical thinking. (PSD, CCT) Sec. p- Sec. p- Sec. p-0 Sec.- p- Sec.0 p- Sec. p Debate p Sec. p- Sec. p- Sec. p- Sec. p- Sec. p- Sec. p- Sec. p-0 Sec. p Sec. p- Sec. p Debate p Sec. p-0 Sec.0 p- Sec. p Debate p Sec. p Debate p Sec. p Debate p SkHb C to G inclusive Sec.0 p- Debate p SkHb E, F Sec. p SkHb C, D - -