Learning: Students will learn about types of chemical reactions and will classify and justify using evidence for each type chemical reactions using words (decomposition reaction, combustion reaction, single-replacement reaction, double replacement reaction, synthesis reaction, products, reactants, chemical formula).
Questions;
What symbols, number, and letters are used in chemical formulas? Describe them. (book or brain)
What does a synthesis reaction do? (book or brain)
What does a replacement reaction do? (book or brain)
Learning: Students will learn about formation and characteristics of sedimentary rocks by collecting data and observations, analyzing and interpreting data using words (clastic, bioclastic, compaction, cementation, chemical, minerals, grain size), sentence starters, and check-in partners.
Questions:
What is lithification? (book)
What does sedimentary rock tell us about the past? (book or brain)
What does sedimentary rock look like? (book or brain)
Learning: Students will evaluate their learning by completing a unit wrap-up using the language of science and sentence starters. Questions: to be completed on a seperate sheet of paper!!
What 2-3 topics stuck with you the most during unit 2? Why did they stick with you?
What activities helped you learn the most from unit 2? Why did they help you?
Learning: Students will learn about types of chemical reactions and will classify and justify using evidence for each type chemical reactions using words (decomposition reaction, combustion reaction, single-replacement reaction, double replacement reaction, synthesis reaction, products, reactants). Questions:
What are the products in a chemical reaction? (book or brain)
What are the reactants in a chemical reaction? (book or brain)
What are 5 types of chemical reactions? (book or brain)
Learning: Students will learn about formation and characteristics of sedimentary rocks by collecting data and observations, analyzing and interpreting data using words (clastic, bioclastic, compaction, cementation, chemical, minerals, grain size), sentence starters, and check-in partners.
Questions:
What processes are involved with creating sedimentary rock? (book)
Learning: Students will learn about the greenhouse effect and will gather, analyze and interpret data in writing using the language of science and words (carbon dioxide, temperature, methane, climate change).
Questions:
How does climate change impact weather? (book)
Are there more hurricanes and tornados because of climate change? (book or brain)
Are there more forest fires because of climate change? (book or brain)
Learning: Students will learn about chemical reactions by gathering data, and will analyze and interpret data using words (products, reactants, chemical bonding, chemical change, physical change, matter), sentence starters, and strategic partners. Questions:
What is evidence that chemical reactions have occurred? (book)
Give 3 examples of chemical reactions happening around you everyday. (book)
Learning: Students will learn about formation and characteristics of sedimentary rocks by collecting data and observations, analyzing and interpreting data using words (clastic, bioclastic, compaction, cementation, chemical, minerals, grain size), sentence starters, and check-in partners. Questions:
Learning: Students will learn about the greenhouse effect and will gather, analyze and interpret data in writing using the language of science and words (carbon dioxide, temperature, methane, climate change).
What natural hazards result from climate change? (book)
What impact does climate change have on glaciers? (book or brain)
What impact does climate change have on animals and plants? (book or brain)
Learning: Students learn about physical changes and chemical changes by doing a lab and will gather, analyze and interpret data using words (precipitate, chemical reactions, chemical bond, reactants, products), check-in partners, and gradual release model. Questions:
Learning: Students will learn about changes to the earth's surface by doing a reading using the language of science (igneous rocks, sedimentary rocks, metamorphic rocks, pressure, force, energy, plate tectonics, temperature) and graphic organizer, literacy partners and gradual release method. Questions:
What is geology? (Book)
What does geology study? (book)
Does the earth's surface change? Explain your thinking. (brain)
Learning: Students will learn about climate change by doing lab using the language of science and sentence starters, heterogeneous groups, and words (greenhouse gases, carbon dioxide, methane, nitrogen, atmosphere, radiation). Questions:
How are the climate changes of the last 200,000 years different from the climate changes happening in the last 100 years? (book or brain)
How do scientists know what the climate was like thousands of years ago? (book)
Learning: Students will learn about chemical reactions by watching videos using the language of science and check-in partners, words (chemical bonding, electrons, forces), and graphic organizer. Questions:
Learning: Students will learn about climate change by graphing and interpreting data using the language of science and data and check-up partners, words (correlation, relationship, greenhouse gases, carbon dioxide), and sentence starters.
Questions:
Why do you think some people don't believe in climate change? (brain)
How do climate changes impact ecosystems? (book or brain)
How has the climate changed through the last 100,000 years? (book or brain)
Learning: Students will learn about the impact of earthquakes by creating earthquake proof structures using table partners, check in partners, and gradual release. Questions:
What causes structures to collapse in earthquakes? (book or brain)
What do earthquakes have to do with tsunamis? (book)
Learning: Students will learn about climate change by graphing and interpreting data using the language of science and data and check-up partners, words (correlation, relationship, greenhouse gases, carbon dioxide), and sentence starters. Questions:
Why does the Earth produce infrared photons? (book or brain)
What creates greenhouse gases? (book or brain)
What effect do greenhouse gases have on the atmosphere? (book or brain)
Learning: Students will be able to synthesize their learning in writing using the language of science using Frame graphic organizer, words, and literacy partners. Questions:
List 3 main ideas you've learned about chemical bonding from unit 2.
List at least 10 science words you've learned from unit 2.
What activities supported your learning of chemical bonding the most?
Learning: Students will learn about the impact of earthquakes by creating earthquake proof structures using table partners, check in partners, and gradual release.
Questions:
1) How do earthquakes affect structures? (Book or brain)
2) what makes buildings better suited to withstand an earthquake? (Book or brain)
3) what building materials stand up better to earthquakes? (Book or brain)
Learning: Students will learn about climate change by doing a simulation and using check in partners, words (greenhouse gases, carbon dioxide gas, nitrogen, photons, radiation), sentence starters. Questions:
What are photons? (book)
What do photons have to with global warming? (book or brain)
Learning: Students will learn about communicating about chemical bonding using language of analysis and synthesis and supports (literacy partners, words: ionic bonding, covalent bonding, valence electrons, metals, nonmetals, properties, graphic organizer) Questions:
How did our lab from Friday relate to chemical bonding? (Brain)
Why do some materials dye the eggs better than others? (brain)
What have you learned about bonding so far from unit 2? Describe! (brain)
Learning: Students will learn about volcanoes and earthquakes by doing a reading using literacy partners and sentence starters and words (dormant, magma, pressure, crust, plate tectonics, ground deformation).
Questions:
What is the purpose of the article we read yesterday? (you will need the article!)
How does the author describe volcanoes?
What words does the author use to describe volcanoes? List at least 3.
Learning: Students will learn about chemical bonding and molecules by conducting a lab and analyzing data using table partners, check-in partners, words (ionic bonds, covalent bonds, molecules, compounds, reaction, nonmetals, metals). Questions:
Please research the chemical formula for the following chemicals:
Learning: Students will learn about molecules by doing a simulation using words (subscripts, coefficients, ionic bonds, covalent bonds, properties, VSEPR, repulsion), check in partners, sentence starters. Questions:
What is a chemical formula? Give an example. (book)
Give 3 examples of names of ionic compounds. (book)
Give 3 examples of names of covalently bonded compounds/molecules. (book)
Learning: Students will learn about earthquakes and volcanoes by analyzing data using check-up partners, words (covergent boundaries, divergent boundaries, transform boundaries, plate tectonics, subduction), sentence starters.
Questions:
What are earthquake hotzones? Where are earthquake hot zones? (book)
What impacts to earthquakes and volcanoes have on people (book or brain)
Why do you think people still live in earthquake hot zones? (brain)
Learning: Students will learn about climate and climate change by doing a misconceptions chart using check-in partners, words (greenhouse gases, global warming, Carbon dioxide, atmosphere), and sentence starters.
Questions:
Why does climate change occur? (book or brain)
Why is climate change happening so rapidly lately? (book or brain)
What evidence supports rapid climate change? (book or brain)
Learning: Students will learn about molecules by doing a simulation using words (subscripts, coefficients, ionic bonds, covalent bonds, properties, VSEPR, repulsion), check in partners, sentence starters.
Why do molecules form certain shapes? (book or brain)
What determines the shape of a molecule? (book or brain)
Learning: Students will learn about earthquakes and volcanoes by analyzing data using check-up partners, words (covergent boundaries, divergent boundaries, transform boundaries, plate tectonics, subduction), sentence starters. Questions:
How do plate movements cause volcanoes and earthquakes? (book or brain)
Why do most earthquakes and volcanoes happen at plate boundaries? (book or brain)
Where did the most recent earthquake occur? (book)
Learning: Students will learn about climate and climate change by doing a misconceptions chart using check-in partners, words (greenhouse gases, global warming, Carbon dioxide), and sentence starters. Questions:
Learning: Students will learn about molecules by doing a simulation using words (subscripts, coefficients, ionic bonds, covalent bonds, properties), check in partners, sentence starters. Questions:
Learning: Students will learn about earthquakes and volcanoes by studying data using words (plate tectonics, oceanic crust, continental crust, convergent boundary, divergent boundary, transform boundary). Questions:
What causes earthquakes? (book or brain)
What causes volcanoes? (book or brain)
Do you think the occurrence of volcanoes and earthquakes is connected? (brain)
Learning: Students will learn about climate in our communities by graphing and analyzing data using words (precipitation, elevation, axial tilt, latitude, greenhouse gases), notes, and checkup partners. Questions:
Describe the Earth's axial tilt. (book)
How do oceans impact the climate? (book or brain)
Which do you think has a greater impact on climate: mountains or oceans. Explain! (brain)
Learning: Students will learn about chemical bonding by doing activities using words (covalent bond, ionic bond, electronegativity, valence electrons, metals, nonmetals), notes, sentence starters, check up partners. Questions:
What is the difference between a compound and a molecule? (book or brain)
What's the difference between a metal and a nonmetal? (book or brain)
Learning: Students will learn about plate tectonics by doing a simulation using words (convergent, divergent, transform, subduction, mantle, oceanic crust, continental crust, density), notes, graphic organizer and check up partners. Questions
What causes volcanoes? (book or brain)
What causes earthquakes? (book or brain)
Where do you think the most volcanoes and earthquakes happen? (brain)
Learning: Students will learn about climate in our communities by graphing and analyzing data using words (precipitation, elevation, latitude, greenhouse gases), notes, and checkup partners. Questions:
Learning: Students will learn about climate in our communities by graphing and analyzing data using words (precipitation, elevation, latitude, topography, greenhouse gases), notes, and checkup partners. Questions:
Learning: Students will learn about climate by graphing and analyzing data using words (precipitation, elevation, latitude), notes, and check-up partners. Question:
How do mountains affect climate? (book or brain)
How do oceans or large lakes affect climate (book or brain)
How does elevation affect climate? (book or brain)
Learning: Students will learn about plate tectonics using words (subduction, convergent, plate boundary, fault, divergent, transform), notes, and check up partners.
Questions:
What is a rift valley? (book)
What does a divergent plate boundary look like? (book)
What is created at a divergent plate boundary? (Book)
Learning: Students will learn about chemical bonding by creating models using words (lewis dot structures, covalent bonds, ionic bonds, valence electrons), notes, sentence starters and check up partners. Questions:
Why do chemical bonds form? (book or brain)
What's the difference between a covalent bond and an ionic bond? (book or brain)
What do valence electrons have to do with chemical bonding? (book or brain)
Learning: Students will learn about weather and climate by doing research and graphing using check up partners, words (latitude, elevation, precipitation, physical environment), notes. Questions:
Learning: Students will learn about plate tectonics by researching plate movements using words (fault, plate boundary, transform, convergent, divergent), check up partners, notes. Questions:
What is plate tectonics? (brain or book)
What causes plates to move? (brian or book)
What is the effect of plate movement? (book or brain)
Learning: Students will learn about chemical bonding by observing and analyzingpatterns and using words (ionic bond, covalent bond, valence electrons, non-metals, metals, electronegativity), check up partners, sentence starters, notes. Questions:
What is an ionic bond? (book)
What is a covalent bond? (book)
What do you think the periodic table have to do with bonding? (brain)
Learning: Students will learn about chemical bonding by watching videos and recording notes using a graphic organizer, words (ionic bonds, covalent bonds, octet rule, valence electrons) and check-up partners. Questions:
What is the octet rule? (book)
Why do atoms gain or lose electrons? (book or brain)
Learning: Students will learn to analyze the water situation in other regions of the world using literacy strategies, words (sustainable, aquifer, renewable, nonrenewable) and notes. Pick up an article from the front table!! Questions:
What is the purpose of the article? (must read/skim to find out)
Learning: Students will learn about researching the layers of the earth by doing a close reading and refelction using sentence starters, literacy partners, notes, words. Questions:
If we could study the core of the Earth, what additional tools would you need? (brain)
If you could study the core of the Earth what problems would you encounter? (brain)
What questions do we (you) still have about the core of the Earth? (book/brain)
Learning: Students will learn about water use and sustainability by analyzing data using notes, check-up partners, words (irrigation, nonrenewable resource, renewable resource). Questions:
What could make our water use more sustainable? (brain)
Learning: Students will learn about properties of the periodic table using notes, words (families, valence electrons, atomic number, particles, protons, electrons), literacy partners and literacy strategies. **If you were absent yesterday you will need to get an article from the chemistry make-up work folder. Questions:
What is the purpose/point of the article we read yesterday? (brain)
How did the author describe the new elements? (brain)
Learning: Students will learn about water availability by doing a data interpretation and analysis using words (sustainable, nonrenewable, renewable, irrigation, agriculture), notes, check-up partners. Questions:
Do you think people in the United states should be required to pay for their water? (brain)
Do you think cities should exist where there is no water? (brain)
What or how do you think the most water is used in the United States? (brain)
Learning: Students will learn about elements in the periodic table by doing a close reading and reflection using literacy partners, literacy strategies, words (patterns, properties, valence electrons, periods, families, groups). Questions:
If you discovered a new element, what information would you want to know about it first? (brain)
How do you think new elements are discovered? (brain)
Learning: Students will learn about plate tectonics by doing graphing the patterns using words (theory of continental drift, lithosphere, mantle, oceanic crust, continental crust), notes, video, checkup partners. Questions:
What is convection? (book)
What does convection have to do with the mantle? (book/brain)
Learning Objective: Students will learn about fresh water use by graphing and modeling data using words (renewable resource, nonrenewable resource, irrigation, agriculture, sustainable), notes, check up partners. Questions:
Learning: Students will learn about patterns and properties in the periodic table by graphing and interpreting data using notes, words (electronegativity, ionization energy, atomic radius, reactive, periods, groups), video, check up partners. Questions:
What is a period in the periodic table? (book)
What is a group in the periodic table? (book)
What property do periods in the periodic table have? (book)
Learning: Students will learn about plate tectonic theory by creating a model and graphing the data using notes, check-up partners, words (mantle, lithosphere, oceanic crust, continental drift, continental crust, Pangea). Questions:
What is the theory of continental drift? (book)
How are plate tectonic theory and theory of continental drift related? (book/brain)
How has the Earth's surface changed over time? (brain)
Learning: Students will learn about glaciers by doing a simulation using checkup partners, notes, words (accumulation, equilibrium, precipitation, depth, temperature). Questions:
Learning: Students will learn about patterns and properties in the periodic table by graphing and interpreting data using notes, words (trend, electronegativity, ionization energy, atomic radius), check up partners. Questions:
What is electronegativity? (book)
Define ionization energy. (book)
What might make one atom bigger (in radius) than another? (book or brain)
Learning: Students will learn about plate tectonic theory by creating a model and graphing using partners, words, (lithosphere, mantle, oceanic plates, continental crust).
Questions: 1. What is plate tectonic theory? (book) 2. What evidence exists to support plate tectonic theory? (book) 3. Why is plate tectonics important? (brain)
Learning: Students will learn about glaciers by doing a simulation and using words (accumulation, calving, temperature, precipitation), notes, video, partners and observations. Questions:
Learning: Students will learn about patterns and properties in the periodic table using notes, check up partners, words (family, metals, non-metals, metalloids). Questions:
List 2 properties of transition metals. (book)
List 2 properties of alkali earth metal. (book)
List 2 properties of the lanthinides and actinides. (book)
Learning: Students will learn about the impact of the Earth's layers by doing a simulation using notes, words (lithosphere, mantle, inner core, outer core, density, temperature, oceanic crust, continental crust), graphic organizer, check-up partners. Questions:
Does the Earth's surface move? Explain what you think. (brain)
What evidence do we have that our Earth's surface moves? (book or brain)
Learning: Students will learn about the water cycle and aquifers by building a model aquifer and gathering observations using graphic organizer, check-up partners, notes, and words (groundwater, runoff, infiltrate, water table). Questions:
What is groundwater? (book)
Where does groundwater come from? (book or brain)
Do you think it's easy or difficult for pollution to get into the groundwater? (brain)
Learning: Students will learn about patterns and properties of the periodic table by labeling and coloring using check-up partners, notes, words (electronegativity, ionization energy, atomic mass, atomic radius, reactivity). Questions:
What is the atomic mass of an element? (book or brain)
What is the atomic number of an element? (book or brain)
What do you think determines whether and element will be reactive or not? (book or brain)
Learning: Students will learn about the structure of the Earth's layers by doing a simulation and using notes, words (lithosphere, crust, asthenosphere, mantle, density, temperature, inner core, outer core). Questions:
What makes some layers of the Earth more dense than others? (book)
What property makes the asthenosphere or mantle unique? (book)
Learning: Students will learn about aquifers by doing a lab and collecting observations using a graphic organizer, notes, and words (infiltration, soil moisture, groundwater), and partners. Questions:
What does infiltration mean? (book or brain)
When and where does water infiltrate? (book or brain)
What factors affect whether water will infiltrate? (book or brain)
Learning: Students will learn about the effects of electrons on atoms by doing a simulation using words (ions, atomic mass, neutrons, protons), notes, and check up partners. Questions:
If an atom has 8 protons, how many electrons does it have? (book or brain)
Why are valence electrons important? (book or brain)
Why do we say electrons are in a cloud? (book or brain)
Learning: Students will learn about the water cycle (where is your water?) by doing a model using partners, words (infiltration, groundwater, runoff, glaciers) and notes. Questions:
Learning: Students will learn about Earth's strucuture by researching details about the layers of Earth using partners, words (lithosphere, asthenosphere, mantle, crust, inner core, outer core) and graphic organizer. Questions:
What layer of the Earth's surface is the most important? Explain. (book/brain)
What is the asthenosphere? (book)
What makes the inner core of Earth so unique? (book)
Daily Learning: Students will learn about atoms (structures, properties) by doing a simulation and using partners, notes, words (valence electrons, ions, protons, neutrons, electrons).
Questions:
What is a valence electron? (book)
What is an ion? (book)
What role do protons play in an atom? (book or brain)
Daily Learning: Students will learn about water as a resource by creating a water cycle model using word wall, notes, and check up partners. Questions:
Why is water important? (brain)
Where does water exist on earth? (book or brain)
What do you think about the water on earth? (brain)
Daily Learning: Students will learn about plate tectonic theory by creating models using notes, word wall (lithosphere, oceanic crust, continental crust, mantle, inner core, outer core), check-up partners. Questions:
Why does the Earth's surface look the way it does? (brain)
What does the center of the Earth look like? (brain)
Daily Learning: Students will learn about atoms by modeling and will analyze and evaluate their model using word wall (protons, electrons, nucleus, neutrons, energy levels) notes, check-up partner. Questions:
Objective: Students will learn about the scientific process by gathering data and recording observations using groups, group roles, word walls/notes and data tables. Questions:
What do you think members of a group try to do?
What do you think members of a group should never do?
What do you value in your classmates, use the following sentence starter to help you:I value people who are...
Learning Objective: Students will learn about themselves as learners and active learning by taking learning surveys and will reflect with evidence in writing whether they agree or disagree with their results using notes. Do Now Questions:
Choose 5 of the questions from the following link: