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6th GRADE


SIXTH GRADE READING and WRITING

 


INCREASING VOCABULARY

§         Use knowledge of phonetic skills, visual clues, word form, context clues, knowledge or word origins, roots, structure, dictionaries and glossaries, to comprehend new words in text

§         Identify the contextual meaning of a word that has multiple meanings

§         Identify, understand, and use synonyms, antonyms (opposites), homonyms, and all common suffixes and prefixes

§         Alphabetize quickly and use the dictionary for a variety of purposes

§         Readily use textbooks, dictionary, atlas, encyclopedia, and thesaurus to understand unknown words

§         Continually expand vocabulary and concept knowledge through reading and listening

 

USING READING STRATEGIES

§         Skim, scan, study, take notes, and summarize

§         Reread for understanding

§         Uses word origins to determine the meaning of unfamiliar words and identifies multiple synonyms of a word

§         Use organizers of text (e.g., examples, graphs, pictures, summaries, Italics, margin notes, tables, definitions, and bold print)

§         Locate and choose reading selections for a particular purpose (pleasure, information, and research)

§         Recognize and self-correct errors that affect meaning while reading

§         Demonstrate understanding of literal and figurative use of words in context

§         Apply previously learned strategies:  Structural analysis skills (apply rules):contractions, compound words, prefixes, suffixes, root words, and plurals

§         Use context, sentence structure, structural analysis as clues to word identification and meaning

§         Use word reference materials (e.g., dictionary, thesaurus) when appropriate while reading and writing

§         Take notes on nonfiction reading, summarize reading, and use reading as a basis for speaking and writing

§         Construct meaning from print, based on prior knowledge, past experiences, and reader’s and author’s purpose

DISCUSSIONS AND ORAL PRESENTATIONS

§         Determine appropriate content for different audiences and purposes

§         Communicate as leaders and contributors

§         Prepare and use brief notes which guide the presentation, which are not read to the class

§         Organize content around major ideas or sequentially (introduction, body, review)

§         Summarize main points before and after presentation

§         Select, develop, and use a variety of visual aids

§         Present justified evaluations and interpretations of novels , other fiction, and nonfiction

§         Orally read imagery with dramatic impact (rhythm, flow, expression, knowledge of punctuation)

§         Evaluate the student’s own contributions to discussions

LISTENING SKILLS

§         Demonstrate the social skills of audience behavior (eye contact, without interrupting, attentive, supportive)

§         Recognize and respond appropriately to questions

§         Summarize, take notes on key points, and ask clarifying questions

§         Listen to and follow multi-step oral directions in small and large groups

§         Listen, draw conclusions, and share responses in subject related group learning activities across content areas

§         Demonstrate active listening skills in discussions to synthesize, evaluate, and apply ideas and information

INCREASE COMPREHENSION

§         Demonstrate critical analysis by comparing and contrasting information drawn from a variety of texts

§         Support opinion/position using text evidence and evidence found in related sources

§         Identify and analyze the characteristic of nonfiction, fiction, drama, and poetry

§         Predicts story outcomes based on knowledge of types of literature, and explains the difference between fiction and nonfiction

§         Read a variety of text types: informational, literature, newspaper/magazine, poetry, fiction, nonfiction, biography, autobiography, science fiction

§         Identify and analyze the characteristics of nonfiction, fiction, drama, poetry, prose, newspapers, magazines, catalogs, schedules, menus

§         Explore a variety of literary forms: short story, novel

§         Identify the series or event which led to the main problem or conflict of the plot and how it is or is not resolved

§         Discriminates between main plot and subplots, main and minor characters, and elements of a setting in a written selection

§         Demonstrate understanding by drawing conclusions and making inferences based on explicit and implied information

§         Retell stories with accuracy for details while critically choosing important events

§         Distinguish between first and third persons points of view

§         Read and follow multi-step directions to complete a task

§         Interprets and applies information from a key

§         Interprets complex directions to understand and solve problems

§         Compare and contrast authors’ styles

§         Explains and infers the author’s meaning from the text

§         Makes connections between the main ideas and concepts in one passage to related topics and provides supporting details

§         Identify, summarize, and evaluate literary elements in novels (character, setting, plot, conflict, time, point of view, theme)

§         Define imagery, identify examples of imagery, and explain the impact of examples of imagery

§         Comprehend by summarizing major events, restating and sequencing events, predicting, drawing conclusions, making inferences, forming opinions, asking critical questions

COMMUNICATE THROUGH WRITING

§         Use legible cursive writing

§         Use prewriting strategies for various purposes and audiences: brainstorming, mapping, clustering, graphic organizers, fast writing, simple note-taking skills, interviewing, making lists, conducting interviews

§         Write complete sentences with a purpose/theme/idea, with a clear beginning/middle/end, with a unique voice/personality, and with supportive and relevant details

§         Paraphrase or summarize what is heard or read

§         Synthesize information to construct new concepts

§         Use the comparison and contrast of idea as a writing/thinking strategy

§         Cites titles and authors of sources used as references

§         Organize information from a variety of sources in different ways

§         Write on a topic with broad development

§         Develops the topic in an organized manner (a logical, sequential way)

§         Uses a variety of sentence lengths, structures, and types (declarative, interrogative, exclamatory, imperative)

§         State the main idea of the paragraph in one sentence and fully develop the idea in a logical sequence

§         Chooses words that are accurate and colorful (interesting, precise words), including some figurative language

§         Locate and corrects errors in: spelling, punctuation, verb, pronoun, homonym usage, punctuation of contractions, subject/verb agreement, comparative adjectives, and sentence fragments

§         Correctly uses adverbs of comparison, appropriate verb tense, and pronouns referring to antecedents

§         Combines sentences using conjunctions to make writing concise

§         Improves paragraph structure by adding supporting details

§         Edit copies for grammar (correct usage), capitalization, spelling, punctuation (period, question mark, exclamation mark, apostrophe, comas in a series for combining sentences, quotations, colon, semicolon, and format (indentation, heading, margin) and best word choice

§         Write structure multi-paragraph narratives with descriptive elements and good transition

§         Use an analytical rubric to guide personal writing

§         Publish a variety of types of writing: journals, letters, learning logs, nonfiction reports, poetry, fiction

§         Use library: use electronic card catalog (title, author, subject searches), locate information using (call number on spine, table of contents, glossary, publisher, place of publication, copyright date)


SIXTH GRADE MATH

(Revised May 2005)

Statistics (Statistics and Probability Standard)

I. Students will read and interpret graphs.

    1. Bar graphs
    2. Pictographs
    3. Line graphs
    4. Scatterplots (identify trends)
    5. misleading graphs

II. Students will use, organize and display data using graphs and charts.

    1. Bar graphs (identify appropriate scale, broken scale)
    2. Stem and leaf diagrams
    3. Tally charts
    4. Frequency charts
    5. Line plots

III. Students will calculate and analyze statistical data.

    1. Mean
    2. Mode
    3. Median
      Range
    4. Outlier (determine and analyze its effect on a set of data)

IV. Students will collect data.

    1. Students will design investigations and collect and display data from investigations throughout the content areas

Understanding Large Numbers and Operations (Numeration Standard)

I. Students will understand and work with large numbers from thousandths to millions.

    1. Word form
    2. Number-word form
    3. Exponents
    4. Rounding
    5. Compare numbers
    6. Order numbers

II. Students will display number and operation sense.

    1. Recall basic addition, subtraction, multiplication, and division facts efficiently upon entering sixth grade
    2. Mental math (when appropriate)
    3. Showing work clearly (when appropriate)
    4. Use a calculator (when appropriate)
    5. Use estimation for many mathematical purposes
    6. Model distributive property in Base 10
    7. Order of operations

Variables, Expressions and Equations (Functions and Relationships Standard)

I. Students will understand and use variables.

II. Students will understand, evaluate and create their own mathematical expressions.

III. Extend patterns up to ten terms found in tables, sequences or problem situations.

IV. Use rules to give a verbal/written generalization of a pattern using words, lists, tables with or without variables.

V. Identify or apply multiplication or division to find missing values in a function.

VI. Students will solve and write equations with whole numbers.

  1. Understand what an equation is
  2. Determine if an equation is true or false
  3. Find the value of the variable that makes the equation true
  4. Write equations from given information

Decimals (Numeration Standard)

I. Students will understand decimals.

  1. Read, identify and name decimal numbers to the thousandths place (ie, "eight tenths" instead of "zero point eight")
  2. Write decimal numbers
  3. Round decimal numbers
  4. Compare decimal numbers
  5. Order decimal numbers
  6. Count using decimal numbers
  7. Model decimal numbers
  8. Describe decimal numbers
  9. Illustrate decimal numbers

II. Students will understand and use scientific notation.

III. Students will use decimals in math problems.

  1. Addition with decimals
  2. Subtraction with decimals
  3. Multiplication with decimals
  4. Division with decimals in the dividend and the divisor

Measurement (Measurement Standard)

I. Students will understand and use metric units of measure.

  1. Students will be familiar with the following metric units

    i. Length (mm, cm, m, km)

    ii. Volume (ml, l)

    iii. Mass (g, kg)

  2. Estimate using metric units
  3. Measure to the nearest millimeter using a ruler on a map or drawing
  4. Choose the best metric unit of measure for a given situation
  5. Possess a "mental picture" of each of the units of metric measure (i.e., a centimeter is about as long as…)
  6. Convert and use units within the metric system

II. Students will understand and use customary units of measure.

  1. Students will be familiar with the following customary units

    i. Length (in, ft, yd, miles)

    ii. Capacity (fl. oz, cup, pint, qt, gal)

    iii. Weight (oz, lb, ton)

  2. Estimate using customary units
  3. Measure to the nearest 1/8 inch using a ruler on a map or drawing
  4. Choose the best customary unit of measure for a given situation
  5. Possess a "mental picture" of each of the units of customary measure (ie, an inch is about as long as…)
  6. Convert and use units within the customary system

III. Solve real world problems involving elapsed time between US time zones.

Perimeter and Area of Polygons (Measurement and Geometry Standards)

I. Students will find perimeter of polygons.

  1. Possess a conceptual understanding of perimeter
  2. Understand how to determine the perimeter of a polygon
  3. Understand and use a formula to find perimeter of rectangles
  4. Convert metric or customary units to find perimeter of a polygon

II. Students will find the area of polygons, including squares, rectangles, parallelograms, and triangles.

  1. Build a conceptual understanding of what area is
  2. Use various methods to determine area of polygons

    i. Use grid paper

    ii. Draw a grid

    iii. Etc.

  3. Use formulas to determine the area of polygons
  4. Compare and contrast the usefulness of various methods for finding area

Circles (Measurement Standard)

I. Students will estimate and determine the circumference of a circle using manipulatives.

II. Students will explore the relationship between the diameter and the circumference of a circle (pi).

III. Students will identify, compare or describe attributes and properties of circles (radius, diameter, circumference)

IV. Estimate the area of a circle using a grid or manipulatives.

Number Theory (Numeration Standard)

I. Students will explain, define, and use concepts of number theory

  1. Divisibility rules
  2. Prime and composite numbers
  3. Prime factorization using factor trees
  4. Least common multiples
  5. Greatest common factor

Connecting Fractions to Decimals (Numeration and Estimation and Computation Standards)

I. Students will understand ideas about fractions and mixed numbers

  1. Find equivalent fractions
  2. Compare and order fractions
  3. Convert mixed numbers to improper fractions
  4. Convert improper fractions to mixed numbers
  5. Express answers in simplest form

II. Students will understand the relationship between fractions and decimals.

  1. Convert fractions to decimals
  2. Convert decimals to fractions

Adding and Subtracting Fractions (Numeration and Estimation and Computation Standards)

I. Students will understand, compute and solve problems using addition and subtraction with fractions.

  1. Estimate to predict results and check accuracy
  2. Add and subtract fractions with like and unlike denominators
  3. Add and subtract mixed numbers, including borrowing
  4. Express answers in simplest form

Multiplying and Dividing Fractions (Numeration and Estimation and Computation Standards)

I. Students will understand, compute and solve problems using multiplication and division with fractions and mixed numbers.

  1. Estimate to predict results and check accuracy
  2. Express answers in simplest form

Integers and the Coordinate Plane (Numeration, Functions and Relationships, and Geometry Standards)

I. Students will read, write, compare, order, understand, compute, and solve problems with integers.

  1. Addition
  2. Subtraction

II. Students will graph, label, and identify whole number ordered pairs on the coordinate plane.

  1. Locate points

    i. Vocabulary

    1. coordinate plane

    2. coordinate

    3. x-axis

    4. y-axis

    5. origin

    6. quadrants

    7. ordered pair

  2. Identify midpoint (ie: using a map to trace a route and calculate distance)

Geometry of Polygons (Geometry Standard)

I. Students will review lines.

  1. Lines
  2. Segments
  3. Rays
  4. Endpoints
  5. Intersecting lines
  6. Parallel lines
  7. Perpendicular lines

II. Students will review angles.

  1. Angles
  2. Sides
  3. Vertex
  4. Acute angles
  5. Right angles
  6. Obtuse angles
  7. Straight angles

III. Students will measure and draw angles.

  1. Estimate angle measurements
  2. Use a protractor to measure acute, right, straight, and obtuse angles
  3. Use protractor to accurately draw angles of a given measure

IV. Polygons

  1. Students will identify, compare, draw, visualize, and classify polygons by their sides and angles.

    i. Triangles

    1. Acute

    2. Right

    3. Obtuse

    4. Find the measurement of a missing angle

    5. Equilateral

    6. Isosceles

    7. Scalene

    ii. Regular and Irregular Quadrilaterals

    iii. Regular and Irregular Pentagons

    iv. Regular and Irregular Hexagons

    v. Regular and Irregular Octagons

V. Students will draw, describe, and analyze the results of transformations of polygons.

  1. Flips

    i. Line Symmetry

  2. Turns

    i. Rotational Symmetry

  3. Slides

    i. Tessellations

Solids and Measurement (Geometry and Measurement Standards)

I. Students will identify, compare, and describe three-dimensional shapes and polyhedrons.

  1. Vocabulary

    i. Solid

    ii. Polyhedron

    iii. Face

    iv. Edge

    v. Vertex/Vertices

    vi. Base

    vii. Prism

    viii. Pyramid

    ix. Cylinder

    x. Cone

    xi. Sphere

    xii. Net

    xiii. Cube

II. Students will identify a three dimensional shape from a two dimensional drawing of the shape.

III. Students will explore surface area

  1. Use manipulatives and formulas to find surface area

    i. Rectangular prisms

  2. Explore surface area with manipulatives

    i. Pyramids

    ii. Cylinders

IV. Students will explore drawing, describing, and analyzing three dimensional figures.

  1. Include front, side, and top views
  2. State how many cubes in a solid
  3. Describe a growth pattern in a set of solids

V. Students will understand and calculate the volume of a cube and a rectangular prism.

Ratio, Proportion, and Percent, Similar Figures (Numeration and Estimation and Computation Standards)

I. Students will compare quantities using ratios and rates.

  1. Equal ratios
  2. Unit rates

II. Students will express equal ratios as proportions and solve proportions.

III. Students will learn about similar figures.

VI. Use proportions to find lengths in similar figures

VII. Students will identify, create, and draw geometric figures that are congruent, similar, or symmetrical.

IV. Students will express ratios as percents and convert to fractions and decimals.

  1. Estimate percents
  2. Find percent of a number

Probability (Statistics and Probability Standards)

I. Students will understand, calculate, describe and analyze probability.

  1. Experiments
  2. Outcomes
  3. Events
  4. Probability of events
  5. Sample data
  6. Geometric models
  7. Tree diagrams
  8. Compound events

II. Student will represent probability as a ration, decimal, fraction, and percent.

III. Students will understand, determine, describe, and analyze fairness of a game by explaining all possible outcomes.

Embedded Problem Solving (Problem Solving Standard)

Emphasized throughout all areas of mathematics instruction.

I. Students will read, analyze, summarize, and understand familiar and unfamiliar multi-step problems.

II. Students will select, modify, and apply appropriate strategies to solve multi-step problems.

III. Students will verify, evaluate, communicate, and interpret solutions.

Embedded Communication (Communication Standard)

Emphasized throughout all areas of mathematics instruction.

I. Students will communicate mathematical thinking by:

  1. Using appropriate mathematical language and vocabulary
  2. Using pictures to support explanations
  3. Using concrete materials to support explanations
  4. Using correct symbols to support explanations

II. Students will justify answers, solutions, process, and mathematical strategies using examples.

Embedded Reasoning (Reasoning Standard)

Emphasized throughout all areas of instruction.

I. Students will use informal deductive reasoning in concrete contexts

Embedded Connections (Connections Standard)

Emphasized throughout all areas of instruction.

I. Students will apply mathematical skills and processes to other disciplines and areas of life.

SIXTH GRADE SCIENCE

Sixth Grade students will investigate planetary science; weather forecasting and water; and the Earth’s history.  Scientific process skills will continue to be utilized including: observing, communicating, classifying, measuring, hypothesizing, and experimenting.

·        Develop a hypothesis

·        Select and use appropriate tools and technology (including calculator, computers, balances, spring scales, microscopes, and binoculars) to perform tests, collect data, and display data

·        Use a variety of methods to gather information

·        Describe observable properties to identify a uniquely given sample taken from a major group

·        Differentiate between observation and inference

·        Gain accuracy with estimations which employ units of measure and orders of magnitude

·        Identify bias in research and conclusions

·        Use all equipment correctly and safely

·        Use contradictory evidence to reevaluate an idea

·        Communicate the steps and results from an investigation in written reports and oral presentations

·        Interpret events by sequence and time from natural phenomena (e.g., the relative ages of rocks and intrusions)

CORE CONCEPTS

Planetary Science

·        Students will become familiar with maps and images presented in a variety of different scales

·        Describe the nine planets and their relative position from the sun

·        Develop a sense of planet Earth as a tiny base from which to launch an inquiry into the vast reaches of the Solar System

·        Explore several kinds of evidence that were used historically to induce that Earth is round

·        Explore the celestial motion that results in the day/night cycle on Earth

·        Introduce students to the Moon as a dynamic celestial neighbor

·        Learn that impact is one of the major processes that shapes and changes the surface of planets and satellites

·        Locate some major features on the Moon and determine and appreciate the size of these features and the distances between them

·        Integrate understanding of the celestial motions of Earth and the Moon with the student’s knowledge of lunar geology

·        Identify rocks and minerals found on the Moon, compare Moon rocks to Earth rocks, and explore the question of Moon origin

·        Learn how the orbit of the Moon results in the phases we observe from Earth

·        Model and describe how the Earth’s axial tilt causes the seasons

·        Discuss the relationship between gravitational pull of the moon and the cycle of tides

·        Compare and contrast the ideas of Ptolemy, Aristotle, Copernicus, and Galileo related to the solar system

·        Interpret scientific theories concerning the components, patterns, and cycles of the solar system

·        Create and interpret a timeline highlighting the advancements in solar exploration over the past half century

·        Investigate and understand the history and technology of space exploration

 

Earth History

·        Understand the age of the Earth and when living things first appeared on Earth 3.5 billion years ago

·        Investigate sedimentary rocks and fossils to discover clues that reveal Earth’s history

·        Compare evidence discovered in the rocks to present-day geologic processes and contemporary life forms

·        Use data to make inferences about past organisms, environments, and events that occurred on Earth over its history

·        Explain the processes related to the formation of mountains, earthquakes, and volcanoes

·        Investigate the properties of sand, sandstone, and shale and the processes that create them

·        Investigate the conditions that lead to the formation of a sedimentary rock, limestone, and how rock layers provide the evidence for ancient environments

·        Investigate the geological time scale and begin to comprehend the enormous spans of time that are describes by geological time

·        Introduce index fossils as evidence for determining the relative age of sedimentary rocks

·        Introduce students to the other two types of rocks found on Earth, igneous and metamorphic, and the processes that form these rocks

·        Describe the layers of the earth (lithosphere, mantel, and core), the dynamics of plate tectonics, and the multiple causes of erosion

·        Determine how physical and biological agents and processes form soil and affect soil characteristics

Weather and Water

·        Differentiate between weather and climate

·        Introduce the role of weather stations

·        Discuss the usefulness of forecasting the weather

·        Discuss what weather forecasters look at to predict the weather

·        Discover the importance of accurate record keeping in formulating an accurate forecast

·        Observe that air pressure is exerted in all directions

·        Relate air pressure to wind and weather forecasting

·        List, identify, and use common instruments of scientific measure in meteorology such as thermometers and barometers

·        Investigate barometric pressure readings as a means of forecasting the weather

·        Investigate the different types of weather fronts and learn to interpret fronts and predict the weather they bring

·        Examine national weather data collected from newspapers

·        Know the sun is the major source of energy for phenomena on Earth’s surface and it powers winds, ocean currents, and the water cycle

·        Explain the importance of the oceans in forming weather patterns and how this affects climate

·        Describe the basic composition, properties, and structure of the atmosphere (e.g., the range and distribution of temperature and pressure in the troposphere and stratosphere)

·        Know convection currents distribute heat in the atmosphere and oceans

·        Know differences in pressure, heat, air movement, and humidity result in changes of weather

·        Investigate and compare the properties and behavior of water in its solid, liquid, and gaseous states

·        Identify and illustrate natural cycles within systems (e.g., water, planetary motion, geological changes, climate)

World to Work

·        Invite scientists as guest speakers

·        Survey parents on how they use science at home and at work 

·        Develop questions to ask about job responsibilities in science related areas 

·        Create a book of safety rules for an occupation that utilizes science

 

·        Brainstorm a list of careers in science; research and report on these careers

·        Keep a daily assignment notebook 

·        Chart individual logs of attendance and preparedness 

·        Do a self-evaluation on quarterly individual goals based on work habits, attendance, and attitudes 

 


SIXTH GRADE SOCIAL STUDIES

 

COURSE CONTENT

 

The sixth grade social studies curriculum will focus on world history relative to early civilizations to the countries of the world.  Students will compare ancient civilizations and cultures, locate geographic features, and describe ways that historical events have influenced national and global settings.

Students will learn that in our quest to understand our diverse world, and ourselves we study geography and culture.  Students will look for patterns in these areas in order to help make sense of the complex story of world history.  Students will learn that more than 5000 years ago, the world’s greatest civilizations began.  Students will learn that the civilizations of the Greeks and the Romans had widespread and dynamic influences.  Students will explore the growth and change in Europe from Medieval times, the Renaissance, and Age of Revolutions.  Students will study about Europe in the Modern Age, Africa in the Modern Age, Asia and Australia in the Modern Age, Central and South America in the Modern Age, and North America and the Caribbean in the Modern Age.

 

CULTURE

 

·        Define the basic components of culture

·        Compare how cultures differ in their use of similar environments and resources