The document provides resources and guidance for teaching a unit on plate tectonics and crustal features in 8th grade science. It includes a pacing guide, links to online resources about plate tectonics, example lesson plans addressing Texas Essential Knowledge and Skills, formative assessments, and recommendations for differentiation and higher-order thinking questions. The goal is to support teachers in providing effective instruction around the formation of crustal features through the theory of plate tectonics.
Core Content Coaching Grade 8 Force & Motion and Speed Velocity & Accelerati...raegan_witt-malandruccolo
This document provides resources and guidance for teaching a unit on force and motion in 8th grade science. It outlines the unit's purpose and TEKS, or learning standards, which involve forces, motion, and energy. A pacing guide schedules lessons over several weeks. Suggested resources include textbooks, websites on vectors and physics concepts, and formative assessment questions from prior STAAR exams. The document recommends anchoring lessons with activities to practice key vocabulary and review prior learning. It also provides examples of higher-order thinking questions and differentiation strategies for diverse learners.
This document provides resources and planning information for teaching a unit on speed and motion in 6th grade science. It includes a pacing calendar, TEKS objectives, formative assessment data from past STAAR exams, recommended activities and lessons, and suggestions for differentiation and higher-level questioning. The goal is to support teachers in effectively planning a unit to help students understand concepts of speed, motion, and graphing changes in motion as outlined in the 6th grade science TEKS.
The document provides resources and lesson planning information for teaching 8th grade students about the life cycle of stars. It includes state standards, student expectations, activities to emphasize key points, components of a good lesson plan, examples of lessons, and strategies for differentiation and assessment. The purpose is to support teachers in planning units on the life cycle of stars through providing relevant content, instructional materials, and recommendations for instruction.
This document provides resources and guidance for teaching a unit on force in 6th grade science. It includes a pacing calendar, TEKS objectives, lesson ideas, formative assessments, differentiation strategies, and recommendations for higher-level questioning. The goal is to support teachers in planning engaging and standards-aligned lessons on force and motion. Suggested activities include videos, simulations, labs, and scaffolding supports for diverse learners.
This document provides resources for teaching a unit on potential and kinetic energy in 6th grade science. It includes a pacing guide, lesson plans, student expectations, and strategies for instruction and assessment. The lessons focus on comparing and contrasting potential and kinetic energy through activities, videos and labs. Formative assessments are embedded to check student understanding and provide opportunities for reteaching as needed. Differentiation strategies support all learners.
This document provides resources and guidance for teaching a unit on moon phases in 8th grade science. It includes the relevant state standards, an overview of lessons and activities to teach the lunar cycle, formative assessments to check student understanding, and suggestions for differentiation and supporting struggling learners. Sample higher-level questions are provided to promote critical thinking. Recommended anchors of support include interactive word walls, notes templates, and diagrams to reinforce key concepts.
The document summarizes a lesson plan for students to learn about earthquakes. Students are tasked with investigating the evidence left behind from a fictional earthquake near their town. They must identify what caused different destructive paths and explain their findings in a paper for the townspeople. The process involves students using resources online to research earthquake waves and effects. They are evaluated on completing requirements, time management, accuracy, and creativity.
This document provides an overview of an introductory chemistry class. It includes information about the teacher, Mr. T, as well as course details, safety rules for the laboratory, and expectations for student work and assessment. Students are expected to make good decisions, submit all summative assessments on time, and complete formative tasks to aid their learning. Upcoming lessons will cover the states of matter and properties of water through student demonstrations.
Core Content Coaching Grade 8 Force & Motion and Speed Velocity & Accelerati...raegan_witt-malandruccolo
This document provides resources and guidance for teaching a unit on force and motion in 8th grade science. It outlines the unit's purpose and TEKS, or learning standards, which involve forces, motion, and energy. A pacing guide schedules lessons over several weeks. Suggested resources include textbooks, websites on vectors and physics concepts, and formative assessment questions from prior STAAR exams. The document recommends anchoring lessons with activities to practice key vocabulary and review prior learning. It also provides examples of higher-order thinking questions and differentiation strategies for diverse learners.
This document provides resources and planning information for teaching a unit on speed and motion in 6th grade science. It includes a pacing calendar, TEKS objectives, formative assessment data from past STAAR exams, recommended activities and lessons, and suggestions for differentiation and higher-level questioning. The goal is to support teachers in effectively planning a unit to help students understand concepts of speed, motion, and graphing changes in motion as outlined in the 6th grade science TEKS.
The document provides resources and lesson planning information for teaching 8th grade students about the life cycle of stars. It includes state standards, student expectations, activities to emphasize key points, components of a good lesson plan, examples of lessons, and strategies for differentiation and assessment. The purpose is to support teachers in planning units on the life cycle of stars through providing relevant content, instructional materials, and recommendations for instruction.
This document provides resources and guidance for teaching a unit on force in 6th grade science. It includes a pacing calendar, TEKS objectives, lesson ideas, formative assessments, differentiation strategies, and recommendations for higher-level questioning. The goal is to support teachers in planning engaging and standards-aligned lessons on force and motion. Suggested activities include videos, simulations, labs, and scaffolding supports for diverse learners.
This document provides resources for teaching a unit on potential and kinetic energy in 6th grade science. It includes a pacing guide, lesson plans, student expectations, and strategies for instruction and assessment. The lessons focus on comparing and contrasting potential and kinetic energy through activities, videos and labs. Formative assessments are embedded to check student understanding and provide opportunities for reteaching as needed. Differentiation strategies support all learners.
This document provides resources and guidance for teaching a unit on moon phases in 8th grade science. It includes the relevant state standards, an overview of lessons and activities to teach the lunar cycle, formative assessments to check student understanding, and suggestions for differentiation and supporting struggling learners. Sample higher-level questions are provided to promote critical thinking. Recommended anchors of support include interactive word walls, notes templates, and diagrams to reinforce key concepts.
The document summarizes a lesson plan for students to learn about earthquakes. Students are tasked with investigating the evidence left behind from a fictional earthquake near their town. They must identify what caused different destructive paths and explain their findings in a paper for the townspeople. The process involves students using resources online to research earthquake waves and effects. They are evaluated on completing requirements, time management, accuracy, and creativity.
This document provides an overview of an introductory chemistry class. It includes information about the teacher, Mr. T, as well as course details, safety rules for the laboratory, and expectations for student work and assessment. Students are expected to make good decisions, submit all summative assessments on time, and complete formative tasks to aid their learning. Upcoming lessons will cover the states of matter and properties of water through student demonstrations.
This document provides resources and guidance for teaching a 6th grade science unit on density. It includes an overview of the unit's pacing, TEKS objectives, lesson plan components, differentiation strategies, and formative assessments. Key resources are a teacher planning document, textbook chapters on properties of matter and density, and online videos. Sample lessons embed hands-on activities, academic vocabulary development, and higher-order thinking questions. The goal is to help students understand density calculations and use physical properties to identify substances.
ICWES15 - Support for elementary School Science Teachers. Presented by Valeri...Engineers Australia
The Science Made Simple workshops aimed to support elementary school science teachers. Over 40 teachers attended a full day workshop, rotating through hands-on activities. These included building and testing wind turbines. Feedback found the workshops significantly increased teacher confidence in teaching science and 100% of teachers intended to use the resources in their classrooms. A follow up survey found over half had implemented the wind turbine activity, with students highly engaged in engineering and design. The project aims to expand these successful workshops to more regions across Canada.
The document summarizes a guided inquiry unit implemented with primary school students on the topic of Antarctica. It describes the key components of guided inquiry, including Carol Kuhlthau's Information Search Process model. Students worked in pairs to research an area of interest about Antarctica, formulating their own questions. They located and analyzed information to answer their questions and presented their findings. Student responses from surveys indicated challenges in finding relevant information and reworking questions. The guided inquiry approach helped students build deeper understanding of Antarctica through sustained inquiry.
This document provides resources and guidance for teaching a 6th grade science unit on elements and compounds. It includes the relevant Texas Essential Knowledge and Skills, supporting resources like textbooks and videos, example lesson plans, and suggestions for embedding higher-level thinking. Suggestions for differentiation and formative assessments are also included to support all students. The goal is to help teachers effectively plan and implement the unit through student-centered lessons incorporating vocabulary, reading, writing, and speaking opportunities while assessing understanding.
This web quest asks 10th grade biology students to research different North American biomes and recommend one for reintroducing the fictional species "SpatulaTankWhozit". Students gather data on temperature, rainfall, plants and characteristics of temperate grassland, forest, alpine and taiga biomes. They organize the data and learn about the species. Using facts from their research, students create a PowerPoint and written recommendation to the North American Species Reintroduction Society on which biome is best for the species.
The Webquest I have created incorporates technology and common software into a nature journal project. In this Webquest, students are asked to create a journal template and cover page using either Microsoft Word or Publisher. This template is then printed and ten two sided copies are made. It is on this template that the student will write detailed, reflective, nature journal entries that relate to topics in science. Five of these entries will be done in the "real world" and five of them will be inresponse to national geographic videos or virtual birder "birding breaks". this will allow stduents the opportunity to refelct on species and habitats in their own community and those in different places in the World. Once the entries are complete, the student will use Excel to create a table of contents that will accompany their journal. Finally, the student will create one slide in PowerPoint to accompany each of their journal entries. This slide can include digital photos they themselves took, or images found on the internet.
1. The document is a yearly lesson plan for Physics Form 4 at SMK Sultan Badlishah covering 18 weeks from January to June.
2. It is divided into 3 learning areas: Introduction to Physics, Forces and Motion, and Forces and Pressure.
3. Each week covers 1-2 learning objectives and outcomes, suggested learning activities including experiments, and teaching aids with an emphasis on developing scientific skills and noble values.
This document summarizes a webquest for 2nd grade students about exploring the deep blue sea. Students are divided into crews and tasked with researching facts about the ocean and its inhabitants using the internet and Microsoft PowerPoint. They record findings in journals and create a fact book presentation. The class votes on the most outrageous facts and best pictures. The winning crew receives a treasure chest to share among the class. The webquest aims to teach students about the ocean while building skills in writing, reading, recording, oral presentation, science, creativity and technology use.
This document provides resources and guidance for teaching a unit on topographic maps and satellite views to 8th grade science students. It includes the relevant TEKS, lesson plans with activities to build students' map reading skills, formative assessments, and suggestions for differentiation and incorporating higher-level thinking. Key points to emphasize are determining contour intervals, elevation from lines, and how features change over time from weathering and deposition. A variety of maps, readings, and videos are recommended to engage students and reinforce understanding of landform identification.
This document provides resources and planning information for teaching a unit on tides in 8th grade science. It includes the relevant state standards, activities to emphasize key points, examples of effective lesson plan components, formative assessment examples, and suggestions for differentiation and supporting English learners and students with special needs. Recommendations are given for engaging students, reviewing content, incorporating hands-on activities, developing vocabulary, and including higher-level questioning.
The document provides resources and guidance for teaching a science unit on the reasons for the seasons. It includes state standards, lesson plan components, instructional strategies, activities, assessments, and accommodations for different learners. Key points emphasized include that the side of Earth facing the sun experiences day, and the side tilted toward the sun experiences summer. Teachers are advised to use models, videos and investigations to illustrate these concepts for students. Formative assessments are embedded to check understanding during the unit.
The document outlines a unit plan on the rock cycle for 1-2 weeks. It includes standards from AERO in scientific inquiry, physical setting, and nature of matter. Enduring understandings focus on theories of origin, communication in science, and technology aiding discoveries. Essential questions address understanding rock formation and age of landforms. Students will learn about the rock cycle, vocabulary, investigations, and differentiate rock types by explaining the rock cycle and processes involved. Assessments include a rock story project, formative assessments, and a final test. Learning activities incorporate lesson plans, investigations, notes, and relating earth's processes to the biblical creation account.
Here are the key terms to fill in the gaps:
Divergent
Convergent
Mountains
Subduction
Volcanoes, earthquakes
Wednesday, 22 September 2010
PLATE TECTONICS
1. Label the diagram showing the three types of plate boundaries:
Divergent boundary ___________
Convergent boundary __________
Transform boundary ___________
2. At which type of boundary would you find:
a. Mid-ocean ridges ______________
b. Subduction zones ______________
c. Earthquakes ______________
d. Volcanoes ______________
e. Fold mountains ______________
3. Name two examples of each boundary type:
The document discusses teaching Earth and space science at the elementary level. It lists the main topics covered in the Texas Essential Knowledge and Skills (TEKS) standards, including ecology, geology, weather, and space. For ecology, it focuses on resources, soil/rock cycles, and water/carbon/nitrogen cycles. It provides examples of TEKS standards and discusses effective strategies for teaching topics like soil formation, rock cycles, and natural resources through experiments, models and videos.
This document provides an overview of a STEM course on quantitative literacy in population ecology that was developed by three educators. The course aims to teach 9th grade biology students quantitative skills through online modules focusing on coral reef ecosystems. It includes weekly lessons integrating math and science concepts, such as random sampling, data analysis, and conservation. Students complete activities analyzing scientific data and create a final conservation poster. The course was well-received by students, though the developers recommend designating a project manager and adding more interactions to strengthen future iterations.
Core Concepts Backgrounder and Evaluation StrategiesMining Matters
Mining Matters Core Concepts are standalone classroom ready activities that reflect key foundational ideas in Earth science. Sourced from our archives of curriculum-linked teacher resources, each activity reflects an integral part of many important concepts and theories in the various disciplines that comprise the Geosciences.
In an effort to be of service to all of our teacher-partners, these activities have been assembled as a way to support individual teachers without the need to attend a pre-requisite teacher training workshop. All the contents of the Core Concepts resource support current teaching practices that values hands-on experience where students take an active role in learning. Any rocks and minerals samples as well as print resources required for successful classroom delivery can be sourced through Mining Matters.
This document provides an overview of the Grade 10 Earth and Space science curriculum in the Philippines. It covers two main modules on plate tectonics and Earth's interior. The plate tectonics module describes plate boundaries, processes at boundaries like earthquakes and volcanoes, and activities to teach these concepts. The Earth's interior module covers the internal structure of Earth and evidence that supports plate movement, with additional hands-on activities. The curriculum aims to explain geological phenomena based on the theory of plate tectonics.
This document describes the evolution of a university field camp course to incorporate geophysics projects. It discusses how the course was traditionally focused on mapping and field methods over 4 weeks. In 2005, it introduced geophysics projects in the 5th week to expose all students to seismic refraction techniques. For the 6th week, students can choose advanced geophysics, hydrogeology, or structural analysis projects. The geophysics option involves two seismic data collection and processing projects using refraction and reflection techniques. This allows students to gain basic and advanced experience in seismic methods within the existing field camp structure and location.
This document provides an overview and introduction for a geology course. It outlines the course goals which include developing critical thinking skills and understanding geological processes that shape the Earth. It discusses expectations for attending lectures, reading assignments, exams, and course grading. Resources for student success include the textbook, course materials, and instructor. The document emphasizes an engaging lecture style to accommodate different learning styles and the development of observation skills central to the study of geology.
This document provides resources and guidance for teaching a unit on limiting factors and competition in an 8th grade science classroom. It includes the state standards, supporting resources like textbooks and videos, example assessment questions, and recommendations for lesson plan components such as engaging activities, scaffolding, and differentiation strategies. The goal is to help teachers effectively teach the concepts of limiting factors, competition, and organism interdependence within an ecosystem.
This document provides resources and guidance for teaching a 6th grade science unit on density. It includes an overview of the unit's pacing, TEKS objectives, lesson plan components, differentiation strategies, and formative assessments. Key resources are a teacher planning document, textbook chapters on properties of matter and density, and online videos. Sample lessons embed hands-on activities, academic vocabulary development, and higher-order thinking questions. The goal is to help students understand density calculations and use physical properties to identify substances.
ICWES15 - Support for elementary School Science Teachers. Presented by Valeri...Engineers Australia
The Science Made Simple workshops aimed to support elementary school science teachers. Over 40 teachers attended a full day workshop, rotating through hands-on activities. These included building and testing wind turbines. Feedback found the workshops significantly increased teacher confidence in teaching science and 100% of teachers intended to use the resources in their classrooms. A follow up survey found over half had implemented the wind turbine activity, with students highly engaged in engineering and design. The project aims to expand these successful workshops to more regions across Canada.
The document summarizes a guided inquiry unit implemented with primary school students on the topic of Antarctica. It describes the key components of guided inquiry, including Carol Kuhlthau's Information Search Process model. Students worked in pairs to research an area of interest about Antarctica, formulating their own questions. They located and analyzed information to answer their questions and presented their findings. Student responses from surveys indicated challenges in finding relevant information and reworking questions. The guided inquiry approach helped students build deeper understanding of Antarctica through sustained inquiry.
This document provides resources and guidance for teaching a 6th grade science unit on elements and compounds. It includes the relevant Texas Essential Knowledge and Skills, supporting resources like textbooks and videos, example lesson plans, and suggestions for embedding higher-level thinking. Suggestions for differentiation and formative assessments are also included to support all students. The goal is to help teachers effectively plan and implement the unit through student-centered lessons incorporating vocabulary, reading, writing, and speaking opportunities while assessing understanding.
This web quest asks 10th grade biology students to research different North American biomes and recommend one for reintroducing the fictional species "SpatulaTankWhozit". Students gather data on temperature, rainfall, plants and characteristics of temperate grassland, forest, alpine and taiga biomes. They organize the data and learn about the species. Using facts from their research, students create a PowerPoint and written recommendation to the North American Species Reintroduction Society on which biome is best for the species.
The Webquest I have created incorporates technology and common software into a nature journal project. In this Webquest, students are asked to create a journal template and cover page using either Microsoft Word or Publisher. This template is then printed and ten two sided copies are made. It is on this template that the student will write detailed, reflective, nature journal entries that relate to topics in science. Five of these entries will be done in the "real world" and five of them will be inresponse to national geographic videos or virtual birder "birding breaks". this will allow stduents the opportunity to refelct on species and habitats in their own community and those in different places in the World. Once the entries are complete, the student will use Excel to create a table of contents that will accompany their journal. Finally, the student will create one slide in PowerPoint to accompany each of their journal entries. This slide can include digital photos they themselves took, or images found on the internet.
1. The document is a yearly lesson plan for Physics Form 4 at SMK Sultan Badlishah covering 18 weeks from January to June.
2. It is divided into 3 learning areas: Introduction to Physics, Forces and Motion, and Forces and Pressure.
3. Each week covers 1-2 learning objectives and outcomes, suggested learning activities including experiments, and teaching aids with an emphasis on developing scientific skills and noble values.
This document summarizes a webquest for 2nd grade students about exploring the deep blue sea. Students are divided into crews and tasked with researching facts about the ocean and its inhabitants using the internet and Microsoft PowerPoint. They record findings in journals and create a fact book presentation. The class votes on the most outrageous facts and best pictures. The winning crew receives a treasure chest to share among the class. The webquest aims to teach students about the ocean while building skills in writing, reading, recording, oral presentation, science, creativity and technology use.
This document provides resources and guidance for teaching a unit on topographic maps and satellite views to 8th grade science students. It includes the relevant TEKS, lesson plans with activities to build students' map reading skills, formative assessments, and suggestions for differentiation and incorporating higher-level thinking. Key points to emphasize are determining contour intervals, elevation from lines, and how features change over time from weathering and deposition. A variety of maps, readings, and videos are recommended to engage students and reinforce understanding of landform identification.
This document provides resources and planning information for teaching a unit on tides in 8th grade science. It includes the relevant state standards, activities to emphasize key points, examples of effective lesson plan components, formative assessment examples, and suggestions for differentiation and supporting English learners and students with special needs. Recommendations are given for engaging students, reviewing content, incorporating hands-on activities, developing vocabulary, and including higher-level questioning.
The document provides resources and guidance for teaching a science unit on the reasons for the seasons. It includes state standards, lesson plan components, instructional strategies, activities, assessments, and accommodations for different learners. Key points emphasized include that the side of Earth facing the sun experiences day, and the side tilted toward the sun experiences summer. Teachers are advised to use models, videos and investigations to illustrate these concepts for students. Formative assessments are embedded to check understanding during the unit.
The document outlines a unit plan on the rock cycle for 1-2 weeks. It includes standards from AERO in scientific inquiry, physical setting, and nature of matter. Enduring understandings focus on theories of origin, communication in science, and technology aiding discoveries. Essential questions address understanding rock formation and age of landforms. Students will learn about the rock cycle, vocabulary, investigations, and differentiate rock types by explaining the rock cycle and processes involved. Assessments include a rock story project, formative assessments, and a final test. Learning activities incorporate lesson plans, investigations, notes, and relating earth's processes to the biblical creation account.
Here are the key terms to fill in the gaps:
Divergent
Convergent
Mountains
Subduction
Volcanoes, earthquakes
Wednesday, 22 September 2010
PLATE TECTONICS
1. Label the diagram showing the three types of plate boundaries:
Divergent boundary ___________
Convergent boundary __________
Transform boundary ___________
2. At which type of boundary would you find:
a. Mid-ocean ridges ______________
b. Subduction zones ______________
c. Earthquakes ______________
d. Volcanoes ______________
e. Fold mountains ______________
3. Name two examples of each boundary type:
The document discusses teaching Earth and space science at the elementary level. It lists the main topics covered in the Texas Essential Knowledge and Skills (TEKS) standards, including ecology, geology, weather, and space. For ecology, it focuses on resources, soil/rock cycles, and water/carbon/nitrogen cycles. It provides examples of TEKS standards and discusses effective strategies for teaching topics like soil formation, rock cycles, and natural resources through experiments, models and videos.
This document provides an overview of a STEM course on quantitative literacy in population ecology that was developed by three educators. The course aims to teach 9th grade biology students quantitative skills through online modules focusing on coral reef ecosystems. It includes weekly lessons integrating math and science concepts, such as random sampling, data analysis, and conservation. Students complete activities analyzing scientific data and create a final conservation poster. The course was well-received by students, though the developers recommend designating a project manager and adding more interactions to strengthen future iterations.
Core Concepts Backgrounder and Evaluation StrategiesMining Matters
Mining Matters Core Concepts are standalone classroom ready activities that reflect key foundational ideas in Earth science. Sourced from our archives of curriculum-linked teacher resources, each activity reflects an integral part of many important concepts and theories in the various disciplines that comprise the Geosciences.
In an effort to be of service to all of our teacher-partners, these activities have been assembled as a way to support individual teachers without the need to attend a pre-requisite teacher training workshop. All the contents of the Core Concepts resource support current teaching practices that values hands-on experience where students take an active role in learning. Any rocks and minerals samples as well as print resources required for successful classroom delivery can be sourced through Mining Matters.
This document provides an overview of the Grade 10 Earth and Space science curriculum in the Philippines. It covers two main modules on plate tectonics and Earth's interior. The plate tectonics module describes plate boundaries, processes at boundaries like earthquakes and volcanoes, and activities to teach these concepts. The Earth's interior module covers the internal structure of Earth and evidence that supports plate movement, with additional hands-on activities. The curriculum aims to explain geological phenomena based on the theory of plate tectonics.
This document describes the evolution of a university field camp course to incorporate geophysics projects. It discusses how the course was traditionally focused on mapping and field methods over 4 weeks. In 2005, it introduced geophysics projects in the 5th week to expose all students to seismic refraction techniques. For the 6th week, students can choose advanced geophysics, hydrogeology, or structural analysis projects. The geophysics option involves two seismic data collection and processing projects using refraction and reflection techniques. This allows students to gain basic and advanced experience in seismic methods within the existing field camp structure and location.
This document provides an overview and introduction for a geology course. It outlines the course goals which include developing critical thinking skills and understanding geological processes that shape the Earth. It discusses expectations for attending lectures, reading assignments, exams, and course grading. Resources for student success include the textbook, course materials, and instructor. The document emphasizes an engaging lecture style to accommodate different learning styles and the development of observation skills central to the study of geology.
This document provides resources and guidance for teaching a unit on limiting factors and competition in an 8th grade science classroom. It includes the state standards, supporting resources like textbooks and videos, example assessment questions, and recommendations for lesson plan components such as engaging activities, scaffolding, and differentiation strategies. The goal is to help teachers effectively teach the concepts of limiting factors, competition, and organism interdependence within an ecosystem.
This document discusses using resistivity profiling to investigate subsurface geology at a former industrial site in Jersey City, New Jersey that is being redeveloped. The exercise aims to reinforce student understanding of resistivity and hydrostratigraphy through hands-on data collection and analysis. Students collected one 400-foot long resistivity line showing resistivity differences with depth, suggesting layering. Nearby well logs indicate shallow water table and fill material, but provide limited depth to bedrock information. The students are analyzing the data to construct a hydrostratigraphic cross-section and gain experience applying geophysical techniques to an urban environmental problem.
Students will learn about the features of the ocean floor through an imaginary dive to the bottom of the ocean. They will make predictions about what the ocean floor might look like and sketch drawings. Later, they will learn that the ocean floor is not flat through maps and diagrams of features like trenches, ridges, and canyons. Students will revise their initial drawings based on their new understanding of the varied terrain of the ocean depths.
This document outlines teaching activities from the InTeGrate and GETSI projects that incorporate societal issues. It discusses the benefits of using such materials, including increased student engagement and scientific literacy. Examples of modules are provided on topics like landslides, sea level rise, and climate change. The modules use authentic data and scenarios to have students address interdisciplinary problems. Potential barriers to adoption are addressed, such as concerns over rigor or fitting new materials into existing courses.
This document outlines a science lesson plan for a 10th grade class covering plate tectonics. The objectives are for students to understand the relationship between volcanoes, earthquakes, and mountains, and learn ways to prepare for disasters. The lesson covers evidence that supports plate tectonics theory, including continental drift theory, seafloor spreading, and calculating spreading rates. Students perform hands-on activities and present their work. They also complete a performance task to design an information campaign about earthquake and volcanic eruption risks and preparedness for local communities.
This document outlines a science lesson plan for a 10th grade class covering plate tectonics. The objectives are for students to understand the relationship between volcanoes, earthquakes, and mountains, and learn ways to prepare for disasters. The lesson covers evidence that supports plate tectonics theory, including continental drift theory, seafloor spreading, and calculating spreading rates. Students perform hands-on activities and present their work. They also complete a performance task to design an information campaign about earthquake and volcanic eruption risks and preparedness for local communities.
This document outlines a science lesson plan for a 10th grade class covering plate tectonics. The objectives are for students to understand the relationship between volcanoes, earthquakes, and mountains, and learn ways to prepare for disasters. The lesson covers evidence that supports plate tectonics theory, including continental drift theory, seafloor spreading, and calculating spreading rates. Students perform hands-on activities and present their work. They also complete a performance task to design an information campaign about earthquake and volcanic eruption risks and preparedness for local communities.
Unit Plan - Year 10 - Big Ideas of ScienceAndrew Joseph
A unit plan currently being implemented in a school on the north side of Brisbane. The unit sticks closely to the curriculum, with lessons to give students experience in a variety of research and presentation modes, culminating in a presentation as the formal assessment. The presentation must follow the progression of one of the big ideas of science through history,from its inception to our current understanding.
The document provides resources and guidance for teaching a unit on cells according to the 6th grade science TEKS in Texas. It includes the state standards, instructional resources like videos and websites, sample lessons, formative assessments, and strategies for differentiation. The goal is to help students understand that all organisms are composed of cells and to identify the basic characteristics used to classify organisms into scientific kingdoms.
This document provides resources and planning information for teaching a 6th grade science unit on inclined planes and pulleys. It includes the relevant state standards, an overview of lesson components, suggestions for hands-on activities and assessments, and ideas for differentiation. Resources such as videos, websites and textbooks are recommended to help explain concepts and build students' understanding of force and motion.
The document provides resources and planning information for a 7th grade science unit on natural selection and selective breeding. It includes the relevant state standards, an overview of lesson components, examples of higher-level questioning, and recommendations for supporting English learners and struggling students. Suggested lessons involve activities on natural selection, selective breeding, vocabulary development, and formative assessments.
1. The document provides resources and guidance for teaching a unit on dichotomous keys using the state science standards.
2. It outlines the relevant TEKS and breaks down the verbs and nouns.
3. Sample lesson plans are suggested that engage students, directly relate to the TEKS, and provide activities, assessments and differentiation.
This document provides resources and guidance for teaching a unit on internal and external structures in 7th grade science. It includes the relevant state standards, a pacing guide, lesson plan components, activities, and strategies for differentiation and assessment. The key objectives are for students to explain how variations within populations enhance survival, and to investigate and explain how internal structures allow specific functions in organisms.
This document provides resources and planning information for teaching a unit on heredity and reproduction in 7th grade science. It includes the state standards for the unit, examples of past test questions, lesson components, and suggested activities, videos, and readings. The document is intended to support teachers in planning effective lessons that align with state standards and help students understand key concepts such as asexual and sexual reproduction, heredity, and the passage of genetic traits between generations.
This document provides resources and planning information for teaching Newton's Laws in an 8th grade science class. It includes the unit pacing guide, lesson plans, teaching resources like videos and simulations, formative assessments, and suggestions for differentiation and higher-level questioning. The goal is to support teachers in helping students understand and apply concepts of force, motion, and Newton's Laws through hands-on activities, reading, and practice with vocabulary and calculations.
This document provides resources and guidance for teaching a 7th grade science unit on the human body systems. It includes:
1. An overview of the unit's pacing, TEKS standards, and student expectations to be covered.
2. Suggested lesson plan components and examples of activities embedded in the lessons to engage students, relate to TEKS, incorporate hands-on learning, develop vocabulary, and include formative assessments.
3. Recommendations for differentiation, potential reteaching opportunities, and examples of higher-level critical thinking questions to challenge students.
This document provides resources and guidance for teaching a 6th grade science unit on chemical changes. It includes a pacing calendar, overview of relevant TEKS standards, links to videos and articles to support teacher content knowledge, examples of higher-level questioning strategies, and suggestions for embedding formative assessments and differentiation techniques into lesson plans. The goal is to help teachers effectively plan and implement the chemical changes unit to support student understanding of chemical reactions and new substance formation.
This document provides resources and guidance for teaching a unit on chemical formulas to 8th grade science students. It includes:
- A pacing guide outlining when chemical formulas and reactions will be taught over 6 weeks
- Details on relevant TEKS and expectations for students to understand chemical formulas and balanced equations
- Links to videos and textbooks to support teacher content knowledge on balancing equations and relating it to the law of conservation of mass
This document provides resources for planning lessons on chemical reactions for 8th grade science. It includes pacing guides, lesson pages, and references to textbooks and websites. The purpose is to support teaching of chemical reactions and formulas based on Texas state standards. Suggested lessons focus on evidence of chemical changes through experiments and activities. Differentiation strategies and formative assessments are embedded to meet varied student needs.
This document provides resources and guidance for teaching a 7th grade science unit on DNA. It includes the unit pacing calendar, TEKS standards, lesson plans with activities and assessments, differentiation strategies, and recommendations for building students' understanding of academic vocabulary. The goal is to support teachers in planning engaging, standards-aligned instruction to help students learn about genetic material, DNA, genes, and chromosomes.
This document provides resources and guidance for teaching an 8th grade science unit on the periodic table. It outlines the relevant Texas Essential Knowledge and Skills, prior student learning, and instructional strategies and activities to teach key concepts such as the arrangement and use of the periodic table, properties of elements, and periodic trends. Suggested formative assessments and ways to support diverse learners are also included to help teachers plan effective lessons that meet student needs.
This document provides resources and guidance for teaching a 7th grade science unit on organic compounds. It includes the relevant Texas Essential Knowledge and Skills, support videos, lessons from previous and future grades for vertical alignment, sample assessment questions targeting different levels of thinking, and suggestions for scaffolding instruction, formative assessment, and meeting student needs through differentiation. The goal is to help teachers effectively plan their unit on organic compounds.
This document provides resources and guidance for teaching an 8th grade science unit on atomic structure. It outlines the relevant Texas Essential Knowledge and Skills (TEKS) standards, including describing atomic structure and the arrangement of subatomic particles. Lesson plans aim to scaffold instruction up to higher-order thinking. Formative assessments are embedded to check understanding, and differentiation strategies support diverse learners. The unit leverages videos, readings, models and questions at varying levels to build students' content knowledge and critical thinking skills around atomic structure and the periodic table.
This document provides resources and guidance for teaching a unit on work and force in 7th grade science. It outlines the relevant Texas Essential Knowledge and Skills, vocabulary, lesson plans, activities, assessments, and ways to differentiate instruction. Sample lessons embed ways to engage students, review concepts, provide hands-on activities, develop vocabulary, support literacy, and formatively assess student understanding. Guidance is given on asking higher-order questions and using anchors like a word wall to support student learning.
- The document provides resources and guidance for teaching a unit on cells to 7th grade science students.
- It outlines the relevant Texas Essential Knowledge and Skills (TEKS) standards, includes links to video and web resources on cell structures, and suggests formative assessments and ways to differentiate instruction.
- The document aims to support teachers in planning engaging, standards-aligned lessons on cell organelles, their structures and functions, and cell theory.
This document provides resources and guidance for teaching a 6th grade science unit on the properties of matter. It includes:
1. The purpose of supporting grade-level content planning for the properties of matter unit.
2. Resources for lesson planning, including the curriculum roadmap, student expectations, prior learning expectations, and sample assessment questions.
3. Suggested elements for effective lesson plans, such as engaging students, reviewing concepts, and incorporating hands-on activities.
4. Examples of how these elements could be embedded in sample lesson plans, along with strategies for differentiation, formative assessment, and reteaching.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
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বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
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Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
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Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
Communicating effectively and consistently with students can help them feel at ease during their learning experience and provide the instructor with a communication trail to track the course's progress. This workshop will take you through constructing an engaging course container to facilitate effective communication.
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
6. TEKS & STUDENT EXPECTATIONS
Content TEKS Skills TEKS
8.2C-8.9: Earth & space. The student knows that E, 8.3A & D, 8.4A
natural events can impact Earth systems. The
student is expected to:
8.9B: relate plate tectonics to the
formation of crustal features.
8. National Geographic: Plate Tectonics The Changing Shape of the Earth
http://education.nationalgeographic.com/education/media/plate-tectonics/?ar_a=1
Khan Academy: Plate Tectonics
https://www.khanacademy.org/science/cosmology-and-astronomy/earth-history-topic/plate-techtonics/
v/plate-tectonics-difference-between-crust-and-lithosphere
Plate Tectonics Reading & Animations
http://www.indiana.edu/~g103/plate/plate2.html
NSTA Leaning Center- http://learningcenter.nsta.org/
Search Resources & Opportunities: plate tectonics, soil
ScienceFusion Grade 8 Teacher Edition: Content Refresher: p. 435
TEACHER CONTENT SUPPORT
9. VERTICAL ALIGNMENT
6TH GRADE
• identify the major tectonic
plates, including Eurasian,
African, Indo-Australian,
Pacific, North American, and
South American
• describe how plate tectonics
causes major geological
events such as ocean
basins, earthquakes,
volcanic eruptions, and
mountain building
8TH GRADE
8.9B: relate plate
tectonics to the formation of
crustal features.
Earth & Space Science
•evaluate heat transfer through Earth’s
subsystems by radiation, convection,
and conduction and include its role in
plate tectonics, volcanism, ocean
circulation, weather, and climate.
•explain how plate tectonics accounts
for geologic processes and features,
including sea floor spreading, ocean
ridges and rift valleys, subduction
zones, earthquakes, volcanoes,
mountain ranges, hot spots, and
hydrothermal vents.
•explain how plate tectonics accounts
for geologic surface processes and
features, including folds, faults,
sedimentary basin formation, mountain
building, and continental accretion.
10. PRIOR LEARNING
• The lithosphere is broken into separate sections called plates.
• The location and shape of each major tectonic plate including Eurasian, African, Indo-Australian, Pacific,
North American, and South American.
• The theory of plate tectonics states that pieces of Earth’s lithosphere are in constant, slow motion, driven by
convection currents in the mantle.
• As plates move, they collide, pull apart, and grind past each other causing major geological events.
15. BASED ON THE DATA AND DISTRACTORS, WHAT KEY POINTS
SHOULD TEACHERS EMPHASIZE DURING LESSONS?
• Converging plates collide creating uplift as islands, volcanoes, and
mountains. Seafloor spreading is caused by divergent plates.
Most common distractor
Activities to emphasize this
point included in the
curriculum:
1. Tectonic Plate
Landforms Lab
2. Modeling Tectonic
Plate Boundaries
3. Bill Nye Video: The
Sea Floor is
Spreading
16. BASED ON THE DATA AND DISTRACTORS, WHAT KEY POINTS
SHOULD TEACHERS EMPHASIZE DURING LESSONS?
• Volcanoes form at mid-ocean ridges. Deltas form at divergent boundaries.
Most common distractor
17. COMPONENTS OF A GOOD LESSON PLAN
1. Engage Student Interest
2. Review/Scaffold to TEKS
3. Student-Centered Activities directly relating to the depth and complexity of the TEKS
• Labs, Activities, Videos
4. Organize and Practice Vocabulary
5. Reading & Comprehension Strategies
6. Writing Opportunities & Scaffolds
7. Daily Listening & Speaking Opportunities
8. Differentiation
9. Formative Assessment & Reteach
18. EMBEDDED IN LESSONS:
ENGAGE STUDENT INTEREST
• Modeling Clay: A 3-D
Representation-
Demonstrating Plate
Boundaries & Crustal
Features
• Vocabulary Magic:
Plate Tectonics &
Crustal Features
19. RECOMMENDED IN LESSONS:
REVIEW / SCAFFOLD TO TEKS
• Plate Tectonics & Crustal Features Unit
Overview
• ScienceSaurus Reading: Plate Tectonics
& Mountain Building Sections 181-187
• ScienceFusion Unit 7 Lesson 2: Digital
Lesson & Virtual Lab
• This Dynamic Planet: http://nhb-arcims.
si.edu/ThisDynamicPlanet/index.h
tml
• Exploring Earth Visualizations:
http://www.classzone.com/books/earth_s
cience/terc/content/visualizations/es0804/
es0804page01.cfm?chapter_no=visualiza
tion
20. EMBEDDED IN LESSONS:
STUDENT-CENTERED ACTIVITIES DIRECTLY RELATING TO THE DEPTH
AND COMPLEXITY OF THE TEKS (LABS, ACTIVITIES, VIDEOS)
• Convection Current with Tea Lights
Demonstration
• Greatest Discoveries with Bill Nye
Video: Earth Science Plate Tectonics
• ScienceFusion Labs: Causes of
Landforms, Modeling Tectonic Plate
Boundaries, Tectonic Plate
Landforms
• Analyzing Plate Boundaries
• Greatest Discoveries with Bill Nye
Video: Earth Science The Sea Floor
is Spreading
• BrainPop Video: Plate Tectonics
21. EMBEDDED IN LESSONS:
ORGANIZE AND PRACTICE VOCABULARY
• Plate Tectonics & Crustal Features
Unit Overview
• A 3-D Representation
• Earth’s Crustal Layers & Plate
Boundaries Pictorial
• Earth’s Features Cornell Notes
• Crustal Features Advance Organizer
• Cloz-ing in on Science Cloze 2
• Vocabulary Review: Word Map,
Concentration, Index Bubbles, Pick
One, Frozen Images
22. EMBEDDED IN LESSONS:
READING & COMPREHENSION STRATEGIES
• ScienceFusion: Plate Tectonics &
Landforms p. 356-367
• ScienceSaurus Reading: Plate Tectonics &
Mountain Building Sections 181-187
• Comprehension Strategies
• Student Companion Notebook p. 102-
104
• Paired Reading Recommendation:
Have each student in a pair read a
paragraph at a time and then have the
non-reader summarize the section.
• Active Reading Strategies embedded
in ScienceFusion Reading
23. EMBEDDED IN LESSONS:
WRITING OPPORTUNITIES & SCAFFOLDS
• Word Map
• Cornell Notes Summary
• Journal Entries
• Exit Tickets
• Cloz-ing in on Science Cloze 2
• Scaffolds: Sentence Frames, Word Bank
word
definition
example
sentence
24. EMBEDDED IN LESSONS:
DAILY LISTENING & SPEAKING OPPORTUNITIES
• A 3-D Representation
• Vocabulary Magic
• Vocabulary Review: Concentration,
Index Bubbles, Frozen Image
• Investigations
• Geologist Reading & Activity
• Earth Scientists Reading
• Analyzing Plate Boundaries
In this picture I
see…
I think this picture might match
the word … because…
25. • Special Education:
1. Mixed-Ability Partners
2. Science Glossary
3. Vocabulary Magic Trailer for Review
4. Multiple Views of Vocabulary Magic Trailer
5. This Dynamic Planet
6. Exploring Earth Visualizations
7. Think Out Loud
8. Word Bank
9. Sentence Frames
10. Visual Representation
11. Pre-teach Vocabulary
12. Print Out Student Vocabulary Instruction
Sentences (Slides 14, 16, & 18)
13. Divide Words into Smaller Sets
14. Unit Overview
15. Stopping Points During Video for
Discussion/Summarizing
16. Index Bubble Template
17. Page Numbers in Textbook Reading for Index
Bubbles
18. Shared Reading
19. Fill-in-the-Blank Cornell Notes
20. Total Physical Response
21. Closed Sentences
• English Language Learners:
1. Mixed-Ability Partners
2. Dual Language Science Glossary
3. Sentence Frames
4. Earth’s Crustal Features Pictorial
5. Advance Organizer
6. Word Bank
7. Visual Representation
8. Pre-teach Vocabulary
9. Stopping Points During Video for
Discussion/Summarizing
10. Shared Reading
11. Justifying Answers
12. Closed-Captioning
13. Total Physical Response
14. Closed Sentences
15. Glossary Instructional Strategies
EMBEDDED IN LESSONS:
DIFFERENTIATION
26. EMBEDDED IN LESSONS:
FORMATIVE ASSESSMENT
Formative Assessment
• Word Map
• Vocabulary Review: Word Map,
Concentration, Index Bubbles, Pick One,
Frozen Images
• Investigation Questions
• Cornell Notes Summary
• Journal Entries
• Exit Tickets
• Crustal Feature Advance Organizer
• Closed Sentences
• Plate Tectonics & Crustal Features
Assessment
• BrainPop Video Quiz: Plate Tectonics
27. EMBEDDED IN LESSONS:
RETEACH
• Plate Tectonics & Crustal Features Unit
Overview
• ScienceSaurus Reading: Plate Tectonics
& Mountain Building Sections 181-187
• ScienceFusion Unit 7 Lesson 2: Digital
Lesson & Virtual Lab
• This Dynamic Planet: http://nhb-arcims.
si.edu/ThisDynamicPlanet/index.ht
ml
• Exploring Earth Visualizations:
http://www.classzone.com/books/earth_sc
ience/terc/content/visualizations/es0804/e
s0804page01.cfm?chapter_no=visualizati
on Other Lessons Folder Activities
28. HIGHER LEVEL QUESTIONS
• “Research shows there’s a link between critical thinking skills and increased student achievement in the
classroom.” (Moore & Stanley, 2010)
• Higher level questions must be planned in order to be implemented effectively in the classroom.
• Levels of Questions
• Knowledge
• Comprehension
• Application
• Analysis
• Synthesis
• Evaluation
• Plan and provide a variety of questions at each level and build student knowledge and critical thinking by
providing Higher Level Questions.
29. LOWER LEVELS OF QUESTIONS
Level of Question Key Words Examples of Questions
Knowledge
Which
Choose
Find
How
Define
Identify
Label
Show
List
Match
What is…?
Choose the one that…
Find the one that…
How did…?
Define…
Identify which one…
Label the one(s) that…
Comprehension
Compare
Contrast
Demonstrate
Interpret
Explain
Illustrate
Infer
Relate
Summarize
Classify
How would you (explain, compare, contrast)…?
Restate in your own words…
Which is the best answer…?
Explain your answer…?
How would you classify the type of…?
Describe…
Application
Build
Construct
Plan
Organize
Model
Solve
Show
What examples can you find to…?
How would you solve _____ using what you learned?
Give other examples of…
Solve the following…
30. HIGHER LEVELS OF QUESTIONS
Level of Question Key Words Examples of Questions
Analysis
Analyze
Relationships
Categorize
Examine
Distinguish
Conclusion
How is _____ related to _______?
What conclusions can you draw…?
What is the relationship between?
What evidence can you find…?
Synthesis
Create
Estimate
Improve
Design
Predict
Modify
Elaborate
What changes would you make to…?
What would happen if…?
How would you improve…?
How would you test….?
Can you predict the outcome of…?
Can you formulate a theory for…?
Evaluation
Criticize
Judge
Recommend
Opinion
Support
Prove
Dispute
Disprove
Defend
Evaluate
Do you agree with…?
What is your opinion of…?
Would it be better if…?
How would you evaluate…?
How would you justify…?
What information would you use to support your
view…?
What data was used to make the conclusion…?
31. SAMPLE UNIT QUESTIONS
Knowledge Comprehension Application Analysis Synthesis Evaluate
What are the major
tectonic plates?
What are the three
major plate
boundaries?
How do plate
tectonics cause
changes in
crustal features?
How does the
Earth’s surface
change?
How do natural
events illustrate
plate tectonic
movement?
What conclusion
can you draw
about the tectonic
plate movement in
the illustration
below?
Predict the
outcome of two
plates colliding in
the ocean.
What information
would you use to
support your view
that divergent
plates cause sea
floor spreading?
32. RECOMMENDED ANCHORS OF SUPPORT
• Plate Tectonics & Crustal Features Unit
Overview
• Word Map
• Earth’s Crustal Layers & Plate
Boundaries Pictorial
• Earth’s Features Cornell Notes
• Crustal Features Advance Organizer
• Analyzing Plate Boundaries
• ScienceFusion: Visual Summary p. 366
• ScienceFusion: Visualize It! p. 358,
359, 360, 361, 362, 363, 364, 365
33. ANCHORS OF SUPPORT
Other Resources
•Interactive Word Wall- Current, working models with student contributions
• Interactive Word Walls Article: http://learningcenter.nsta.org/files/ss1103_45.pdf
• “Word walls can be arranged on cupboard doors or classroom walls, or hung
from the ceiling with wire and string.”
• “Maximum instructional potential and efficiency are achieved when interactive
word-wall construction is aligned with lessons and students are allowed to
participate in the process. As a result, walls are usually built over many days
and are finished as a unit nears completion. Word walls support units and are
changed or replaced as units change.”
• Interactive Word Walls Rubric: Next Slide
• ScienceFusion Textbook, Science Glossaries, Dual Language Science
Glossaries
What are the state standards for this Unit?
Deconstruct the TEKS: Verb, Noun, and Context
What does it mean to “relate” something?
What should students know and be able to do?
Note the development of the understanding of elements and compounds from 6th grade to high school.
This information is located on the CRM and the Teacher Lesson Page. The Teacher Lesson Page contains the specific prior learning for the specific TEKS for this Unit.
Edited from Critical Thinking and Formative Assessment: Increasing the Rigor in Your Classroom
Edited from Critical Thinking and Formative Assessment: Increasing the Rigor in Your Classroom
Edited from Critical Thinking and Formative Assessment: Increasing the Rigor in Your Classroom
Guiding Questions are bold and italicized.
What are the essential vocabulary for the unit?Are all necessary vocabulary accounted for in the acquiring and practicing opportunities?