 |
|
|
|
|
|
|
| |
|
|
|
Middle School
6th, 7th, and 8th Grades |
|
| |
|
| |
|
Curriculum
Overview
The Purple
Room is the Middle School grades of 6th, 7th and 8th. Over the
course of three years the students receive a full Middle School
curriculum based on several resources including the Virginia SOLs.
Because this is a combined class the students are able to work
at their ability in subjects such as Language Arts, Math, and
Spanish. Students
advance in these subjects specific to individuals needs. Science
and Social Studies concepts rotate on a yearly basis (e.g. U.S.
History one year and Civics the next). Students are encouraged
to pursue further study in areas that interest them. The Middle
School program also includes studies in Computer Usage, Music,
Physical Education,
and Art. To view the Purple
Room daily schedule, please click here.
LANGUAGE
ARTS
“The Individual in Conflict with
Society”
The Language Arts program for BNS
middle school students involves deeper development of the four
language processes – reading, writing, speaking, and listening
– in an integrated manner. Themes of this course are developed
to complement this year’s Middle School Social Studies curriculum.
While developing language skills, students are considering the
society in which they live and the kind of society in which they
would like to live. Instructional activities, assessment, and
course materials are tailored to meet individual needs and interests
of students and are based on BNS curriculum objectives and grade-level
Virginia Standards of Learning. Resources for grammar and writing
lessons, which take place in the context of literature study,
include Loyola Press’ Voyages in English, Level 7/8 and
Prentice Hall’s Writing and Grammar and Literature: Bronze
Level. Student experiences with speaking, listening, reading,
and writing occur not just in Language Arts classes but throughout
the curriculum. Linda Jilk teaches Language Arts to all levels
in the BNS Middle School.
Reading
Many types of literature are studied. The works are chosen
from a variety of genre on the basis of complexity and interest
of language, correlation with unit themes, and application to
the developmental concerns of adolescents. The instructor provides
a variety of resources appropriate to the theme and students can
choose from these for independent reading. Novels appropriate
to the theme are selected for student group (literature circle)
discussion and reflection. Students use comprehension strategies
to enhance understanding, to make predictions, and to respond
to literature; to develop skills in making inferences and recognizing
unstated assumptions; to identify a common theme among several
pieces of literature, and analyze and summarize theme; and to
address challenging vocabulary. Instructional strategies connected
to literature-based activities encourage reflection, discussion,
and critical thinking. Genre studied and interpreted during middle
school include the following:
• Short story
• Poetry
• Folk literature, such as mythology, legends, and folk
tales
• Drama
• Narrative non-fiction, including biography, personal
essay, and autobiography
• Expository writing and informational articles
• Editorial and persuasive forms
• Many types of fiction, including both classic and modern
Writing
Students write frequently for a variety of purposes and for a
variety of audience. They use literature as a model for student
writing. They generate, focus and organize ideas—and write
well-organized and coherently developed paragraphs and essays.
Types of writing explored by BNS middle school students include
the following: narrative, expository, persuasive, informational,
creative, summary, research, and response to literature.
Additionally, students annually produce creative writing pieces
for publication in a BNS literary magazine and for oral presentation
at the school-wide Authors’ Tea event. Students implement
the writing process to explore and create effective writing. Students
strengthen their knowledge and application of various writing
strategies to enable them to display more sophistication and polish
in their final compositions. Emphasis will also be placed on the
conventions of writing, spelling, punctuation, grammar, paragraphing,
and organization.
|

Students reenact
Shakespeare's Macbeth
|
|
| |
|
|
|
| |
|
Language
Grammar, spelling, vocabulary, paragraph structure, word choice,
punctuation, and sentence construction are taught both directly
during weekly Writers’ Workshops and through individual
instruction and small group mini-lessons, in the context of
each student’s speaking, listening, writing or reading
endeavors, to ensure that instruction is immediately relevant
and transferable to other areas of the students’ lives.
Students are expected to apply their knowledge of the rules
of the English language in their written and oral work, and
to edit their final work so that it is free of errors.
A note on spelling:
Instruction at the middle school level focuses on the following
skills: review and acquisition of spelling rules; reinforcement
and expansion of word study skills such as possessives, homonyms,
and word parts; analysis and study of words misspelled by
students; emphasis on correct spelling of commonly confused
words; development of an awareness of the importance of spelling
in society; and emphasis on the student’s responsibility
for editing his/her own work.
Communication
Active listening and oral communication skills are
developed through a variety of daily activities including
small group literature discussion, oral presentations, speeches,
book talks, interviews, personal sharing, drama, role-playing,
puppetry, talking circles, drama, collaborative work groups,
music, storytelling, and debates. Students participate often
as leaders and contributors in both large and small group
discussions, and are encouraged to present personal opinions.
They learn to accept the personal opinions of others and to
anaylze effective communication.
|
Technology
Student learning is enhanced through the use of computer
technology. Data access, retrieval, and processing support
instruction in reading, writing, and research. During
composition, word processing programs allow students to
check spelling, grammar, and style. This facilitates the
revision of drafts. Informational electronic databases
are an integral part of student research and help students
to produce effective presentations. |
|
|
|
|
|
|
|
|
Assessment and Evaluation
Assessment and evaluation are essential components of the
teaching-learning process. Assessment and evaluation techniques
are selected for their appropriateness to students' learning
styles and to the intended purposes—including preparation
for future assessment expectations. Students are given opportunities
to demonstrate the extent of their knowledge, abilities, and
attitudes in a variety of ways. A portfolio folder of student
products, which includes samples of student writing in different
genre, is developed. Examples of assessment strategies include
rubric evaluation of assignments, teacher observations of
student participation, quizzes, tests, checklists to assess
class preparation, peer assessments, and self assessments.
The instructor’s grading policy, used to generate trimester
and year-end grades for student reports, is as follows:
Quizzes, Short-Term
Assignment Scores 25%
Long-Term/Major Assignments, Unit Finals 40%
Class Preparation/Homework Effort 15%
Class Work, Participation 20%
Curriculum Overview
Aug/Sept: Introduction:
The Individual and Conflict with Society
Oct/Nov: Power
and Control in Society
Dec/Jan/Feb: Discrimination and Prejudice in Society
Mar/Apr: Truth,
Justice, and Injustice in Society
April/May: Addressing the
Issues – Causes and Crusades
|
|
|
|
|
|
 |
|
| |
|
|
|
|
|
|
| |
MATHEMATICS
Math instruction, in both content and pace, is as individualized
as possible, with Middle School students working in small groups
based on skills. Students learn by practicing mathematical computation
and by solving word problems based on real-world applications. Those
students who seek further challenges will have opportunities to
complete math projects related to the current topic of study, which
extend their thinking. Students will be taught with a hands-on approach
whenever possible. Proof of or explanations of why a given formula
works will reinforce students’ understanding. Math instructors
include Molly Lucier, Ellen Oliver, and Ian Renga.
The math groups use Prentice Hall’s math curriculum and study
various levels of Pre-Algebra and Algebra depending on current skills.
The basic curriculum addresses and goes beyond the state’s
6th, 7th, and 8th grade SOLs. The Prentice Hall curriculum covers
the following concepts to varying degrees throughout the Course
1, Course 2, and Course 3 textbooks:
· Number and Operations: Understanding numbers,
ways of representing numbers,
relations among numbers, and number systems; understand
meanings of operations
and how they relate to one another; compute fluently and
make reasonable
estimates.
· Data Analysis: Formulate questions that can
be addressed with data and collect,
organize, and display relevant data to answer them;
select and use appropriate
statistical methods to analyze data; develop and evaluate
inferences and predictions
that are based on data; understand and apply basic
concepts of probability.
· Algebra: Understanding patterns, relations,
and functions; represent and analyze
mathematical situations and structures using algebraic
symbols; use mathematical
models to represent and understand quantitative relationships;
analyze change in
various contexts.
· Geometry: Analyze characteristics and properties
of two- and three-dimensional
geometric shapes and develop mathematical arguments about
geometric
relationships; specify locations and describe spatial relationships
using coordinate
geometry and other representational systems; apply transformations
and use
symmetry to analyze mathematical situations; use visualization,
spatial reasoning,
and geometric modeling to solve problems.
· Measurement: Understanding measurable attributes
of objects and the units,
systems, and processes of measurement; apply appropriate
techniques, tools, and
formulas to determine measurements.
· Problem Solving: Build new mathematical knowledge
through problem solving;
solve problems that arise in mathematics and in other contexts;
apply and adapt a
variety of appropriate strategies to solve problems; monitor
and reflect on the
process of mathematical problem solving.
· Reasoning and Proof: Recognize reasoning and
proof as fundamental aspects of
mathematics; make and investigate mathematical conjectures;
develop and evaluate
mathematical arguments and proofs; select and use various
types of reasoning and
methods of proof.
· Communication: Organize and consolidate their
mathematical thinking through
communication; communicate their mathematical thinking
coherently and clearly to
peers, teachers, and others; analyze and evaluate the mathematical
thinking and
strategies of others; use the language of mathematics to
express mathematical ideas
precisely;
· Connections: Recognize and use connections among
mathematical ideas;
understand how mathematical ideas interconnect and build
on one another to
produce a coherent whole; recognize and apply mathematics
in contexts outside of
mathematics.
· Representation: Create and use representations
to organize, record, and
communicate mathematical ideas; select, apply, and translate
among mathematical
representations to solve problems; use representations
to model and interpret
physical, social, and mathematical phenomena.
|
Ellen Oliver works with
a student to solve
a math problem. |
|
|
| |
|
|
| |
|
The specific topics
covered follow:
|
Course 1 |
|
|
| • Estimation
strategies |
• Maps and scale
drawings |
|
| • Understanding decimals |
• Points, lines, segments, rays,
and planes |
|
• Adding, subtracting, multiplying
and dividing
decimals |
• Understanding percents
and solving percent
problems |
|
| • Understanding the customary
system |
• Quadrilaterals and other polygons |
|
| • Understanding the metric system |
• Areas of rectangles, parallelograms,
and triangles |
|
• Adding, subtracting, multiplying
and dividing
integers |
• Surface area and volume of three-dimensional
figures |
|
• Mean, median
and mode
|
• Square roots and
irrational numbers |
|
| • Understanding variables and
Algebraic expressions |
• Circumference and area of circles |
|
| • Solving one and two-step
equations |
• Interpreting graphs |
|
| • Graphing and solving one-step
inequalities |
• Graphing in the coordinate plane |
|
| • Exponents |
• Symmetry and transformations |
|
| • Prime factorization |
• Spreadsheets and data display |
|
| • Simplifying fractions |
• Making a table using logical
reasoning |
|
| • Equivalent and comparative fractions |
• Exploring scatter plots |
|
| • Mixed numbers and improper
fractions |
• Probability |
|
| • Ratios |
• Planning a budget |
|
| • Unit rates and proportional
reasoning |
• Learning to use a check book. |
|
| •
Using scientific and graphing calculators |
|
| Course
2 |
|
• Estimation
strategies
• Adding, subtracting, multiplying and dividing
decimals |
• Understanding
percents and solving
percent problems |
| • Measuring
in metric units |
• Unit rates and proportional
reasoning |
| • Adding, subtracting,
multiplying and dividing integers |
• Maps and scale drawings |
| • Mean, median
and mode |
• Lines and planes |
| • Evaluating
algebraic expressions |
• Constructing bisectors |
| • Solving two-step
equations |
• Quadrilaterals and other
polygons |
| • Graphing and
solving inequalities |
• Areas of parallelograms
and triangles |
| • Exponents |
• Square roots and irrational
numbers |
| • Order of operations |
• Three-dimensional figures |
| • Scientific
notation |
• Interpreting graphs |
| • Prime factorization |
• Graphing points and linear
equations |
| • Simplifying
fractions |
• Exploring non-linear relationships |
| • Mixed numbers
and improper fractions |
• Symmetry and reflections |
| • Rational numbers |
• Spreadsheets and data display |
| • Ratios |
• Making a table using logical
reasoning |
| • Unit rates
and proportional reasoning |
• Exploring scatter plots |
| • Maps and scale
drawings |
• Probability |
| Course
3 |
|
| • Order of operations |
|
| • Using a problem-solving
plan |
• Sine and cosine ratios |
| • Integers and absolute value |
• Scale models and maps |
| • Measuring in metric units |
• Ratios and rates |
| • Mean, median and mode |
• Solving proportions |
| • Powers and exponents |
• Percents |
| • Solving one- and two-step
Algebraic equations |
• Probability |
| • Solving and graphing inequalities |
• Scientific notation |
| • Understanding slope |
• Angles and parallel lines |
| • Solving linear systems
by graphing |
• Congruent polygons |
• Comparing, ordering, addition,
subtracting,
multiplying and dividing rational numbers |
• Surface areas and volumes
of solids
• Planning a budget
|
| • Exploring
square roots and irrational numbers |
• Learning to
use a checkbook |
| • The Pythagorean
Theorem |
• Using scientific
and graphing calculators |
The Algebra group will use Prentice Hall
Algebra 1. The curriculum includes 7th and 8th grade SOLs
as well as high school level Algebra topics. Students successfully
completing this Algebra 1 course will receive high school
credit for Algebra 1. The specific topics covered follow:
| • Using variables |
• Rate of change
and slope |
| • Exponents and order of
operations |
• Slope-intercept form |
| • Using real numbers |
• Point-slope form and writing
linear equations |
| • The distributive property |
• Parallel and perpendicular
lines |
| • Graphing on the coordinate
plane |
• Scatter plots and equations
of lines |
| • Solving multi-step equations |
• Graphing absolute value
equations |
| • Using measures of central
tendency |
• Systems of equations and
inequalities |
| • Using inequalities |
• Exponents and exponential
functions |
| • Absolute value equations |
• Geometric sequences |
| • Ratio and proportion |
• Polynomials and factoring |
| • Percent equations |
• Quadratic equations and
functions |
| • Applying ratios of probability |
• Choosing a model for data and
statistics |
| • Probability of compound
events |
• Radical expressions and equations |
| • Graphs and functions |
• Pythagorean theorem |
| • Direct variation |
• Trigonometric ratios |
| • Describing
number patterns |
• Radical expressions and functions |
| •
Counting methods and permutations |
|
|
Once per month, students will join
together for board games, card games, logic puzzles, riddles,
cooking projects, and other fun activities that encourage
mental flexibility, strategizing, and everyday application
of math concepts. |
|
|
|
| |
|
|
|
|
|
|
|
|
| |
|
SOCIAL
STUDIES
(Civics and World Governments)
Instructor: Molly Lucier
The BNS middle school social studies curriculum reflects a
yearly rotation of U.S. history: reconstruction to present,
ancient civilizations, and civics. This year’s topic
is civics, the study of U.S. government. The content and terminology
of the program is based on both Virginia’s Standards
of Learning (S.O.L.) and the National Council for the Social
Studies Curriculum Standards. The goal in social studies is
to support the civic competence of the students through knowledge,
critical thinking, and multiple perspectives. We will focus
on the following areas throughout the year:
August:
Basic US Democratic Structure, Three Branches of Government
September-October:
We will be studying world governments through the lens of
our own democratic government. Research teams investigate
and present information about several different government
structures i.e. communism, dictatorship, theocracy, monarchy,
parliamentary democracy. Particular countries will be chosen
for these studies.
Oct. cont.:
Founding Document Study
November:
Study of Civil Rights
Research teams return to their countries of study for a
focus on human rights, comparing their
country of focus to the U.S.
December-January:
Federal Government Structure vs State Government Structure
Elections, political parties, and bias vs accuracy in the
media.
January-February:
Federal and State Judiciary Systems
Students will do individual research papers focused on a
landmark Supreme Court case (due in late April).
March -April:
Economics
U.S. Government Policies and Practice
Research teams return to look at their other country's economic
policies and practices.
May:
Personal Finance (Accounting Game)
|
|
|
|
|
| |
|
Washington,
DC
2007

Photo Collage |
|
|
| |
|
|
| |
| Skills Focus
The students will study and practice the following skills
during the course of the year:
• note-taking from class lectures, peer presentations,
and readings
• presentation of information in a variety of forms
including posters, power-point
presentations, written summaries, oral presentations,
dramatizations, and mock
trials
• recall of course content for assessments
• study and test taking skills for a variety of test
question formats including multiple
choice, matching, fill-in, short answer,
essay, and true / false
• demonstration of understanding in a variety of forms
other than traditional tests
including discussions, comparative essays,
research papers, bulletin board displays,
and debates
Grading Policy
The following shows the break-down used to generate trimester
and year-end grades for students:
Organization/Assignment Completion: 15%
In Class Participation: 15%
Revision Work: 10%
Homework Scores: 20%
Quiz, Test, and Project Performance: 40%
|
|
|
Philadelphia
Trip
2005
|
Photo
Collage |
|
|
| |
|
|
| |
SCIENCE
(Physical Science)
The BNS middle school science curriculum reflects a yearly
rotation of the life, physical, and earth sciences. This year
we are studying the physical sciences, chemistry, and physics.
The program’s underlying framework reflects the National
Science Teachers Association notion that scientific inquiry,
or hypothesis testing, is a critical thinking process necessary
for the information-rich 21st century. The content and terminology
of the program is based on both Virginia’s Standards
of Learning (S.O.L.) and the National Science Education requirements
for middle school science. The program’s broad goal
is to kindle and maintain student curiosity in the sciences
and the mysteries of the world in general. The curriculum
emphasizes the scientific method, and also includes practices
such as observation, journaling, scientific writing, group
discussion, and both lab and field research. Additionally,
the curriculum encourages familiarity with the various scientifically
inspired thinkers, artists, and philosophers through regular
readings and discussions. This multi-faceted approach, implemented
in a safe and engaging setting, is designed to inspire and
prepare students for further education and the world beyond.
|
|
|
| |
|
Physical Science
Plan |
| Timeframe |
Topic |
Specific
Concepts |
Activities/Projects/Assessments |
| AUTUMN TRIMESTER |
|
|
| August - Sept. |
Observation, |
Observing and Inferring |
Defining the Sciences |
| |
Inference,
|
Qualitative vs. |
Looking closer: Investigations
of Familiar |
| and the
|
Quantitative data |
Objects |
| Scientific
|
The Metric System |
The Dark Sucker Writing
Task |
| Method
of |
Lab Skills: Hypothesis |
Assessment: Qual n'
Quant Description |
| Inquiry
|
Formation
and Testing |
and Guessing |
| |
Lab Report Format:
Title, |
Metric Conversion
of a Recipe |
| Abstract,
Introduction, |
Metric Pen Pal Letter |
| Methods,
Results, |
Designing an Experiment
and Reporting |
| Discussion,
|
the Findings:
Older Teaching Younger |
| Acknowledgements,
|
Students |
| References |
Data Entry and Processing |
|
|
Final Assessment Part
1: Test |
| Final Assessment Part
2: Group Mini- |
| Experiment |
| |
| September - Nov. |
Properties |
Mass, Volume, Density |
Archimedes-Puzzling
Scenerios - |
| |
of |
Physical vs. Chemical
Changes |
Egg-speriment |
| Matter |
Changes of State |
Changes of State Mystery
Story |
| |
Adhesion vs. Cohesion |
Liquid Density Lab
w/Salt Solutions |
| Surface Tension |
Assessment: Density
Crime Lab |
| Viscosity |
Burning Stick Demo |
| |
Paper Clip and Water
Lab |
| Liquids Lab: Which
Liquid? |
| Viscosity Lab |
| Final Assessment Part
1: Test |
| Final Assessment Part
2: Slime |
| Sales Business Letter
and |
| Presentation |
| |
| WINTER TRIMESTER |
|
|
| November - Feb. |
Elements |
What is an element? |
Element Games |
| |
|
Important elements
and the |
Periodic Table Scavenger
Hunt |
| Periodic Table |
Assessment: Element
Quiz |
| Atomic Structure:
Protons |
Parts of the Atom
Skit |
| Neutrons, Electrons
|
Atomic Structure Activity |
| (sub-particles, too) |
Chemically Stable?
- Getting to |
| |
Know Some
Popular Elements |
| Final Assessment Part
1: Test |
| Final Assessment Part
2: Element Report |
| and Power
Point Presentation |
| Compounds |
Naming Compounds |
The Importance of
Understanding |
| |
Oxidation |
Compounds: Dihydrogen
Monoxide |
| Chemical Formulas |
Oxidation Worksheet |
| Balancing Formulas |
Compound Shuffle Activity |
| |
Final Assessment Part
1: Test |
| Final Assessment Part
2: Food Research |
| Report |
| Chemical |
Endo- and Exothermic |
Chemical Reactions
Labs from |
| Reactions |
Reactions |
Chemical Reactions,
by Jacquelin Barber |
| |
|
Final Assessment:
TBA |
| |
| SPRING TRIMESTER |
| March - May |
Forces, |
Vectors |
Obstacle Courses Lab
Activity |
| |
Motion, |
Force and Work |
Other Activities TBA |
| and
Energy |
Friction |
Final Assessment Part
1: Test |
| |
Potential
and Kinetic Energy |
Final Assessment Part
2: The Physics |
| Energy
Transformation |
of
Theme Park Rides Project |
| Renewable
Energy |
|
|
|
 |
|
| |
|
| |
|
|
|
| |
NOTES
* Please note that no field trips were mentioned, but we will
be taking a few trips this year.
* Also, I will be complementing our studies with short, weekly
read-aloud sessions of
science-themed literature. Occasionally, students
may be asked to respond to a question in their
journals. Other times, they will be encouraged
to reflect in their journals. Last year, many students
drew pictures and/or composed poetry.
* The annual BNS Science Fair is held in March. Several class
periods will be devoted to assisting
students with their research. Given the themes
of this year’s curriculum, students will be
encouraged to select a chemistry or physics topic
for investigation.
Summary of Skills Emphasized & Practiced
- the scientific method of inquiry or testing hypotheses:
critical thinking by first making careful
observations and inferences, then testing (and still
remaining cautiously skeptical and open to further
information)
- scientific writing: use of the current standard, i.e.
abstract, introduction, methods, results, discussion
- connecting prior knowledge with unfamiliar knowledge
to attain bigger picture
- safe lab techniques
- familiarity with and recall of important terminology
- quantitative measuring and the metric system
- collaborative inquiry and teamwork
- listening and speaking skills
- test-taking strategies
- formatting and development of timely, well-crafted products
- presentation techniques
- computer skills such as data entry/graphing (Excel) and
presentation of research (Power Point)
|
|
|
|
|
| |
ADDITIONAL
SUBJECTS
On Wednesdays and Fridays throughout the school year we will be
providing students with additional educational courses as a complement
to our core curriculum. These courses will change each trimester
and every student will have the opportunity to participate in each.
Groupings will be based largely on grade level. Brief descriptions
of each activity and the schedule are below.
Typing – Instructor: Carroll Williams –
Every student will practice their typing skills 40 minutes per week
using typing software. Practice with typing from the home position
will be emphasized. Students will take a baseline test to establish
a personal words-per-minute (WPM) goal. Periodic testing will track
progress towards this goal.
Environmentalism and Recycling – Instructor:
Ian Renga – Given the increasing global interest in environmental
issues, students will be considering the roots of the environmental
movement and also conducting a school-wide recycling service project.
Specific activities will include creating pamphlets and flyers as
well as presentations to be given to the younger grades.
Literary Magazine (Lit Mag) – Instructor:
Carroll Williams – For three years now, the Purple Room students
have worked together to create a publication showcasing favorite
writings and art works that they have generated during the year.
This year, students will again have this fantastic opportunity!
Using publishing software, each student will create a unique page
with a selected writing and piece of art. The 7-8th graders will
also be responsible for compiling the pages, creating a cover, writing
a table of contents, and marketing the publication.
Life Skills – Instructor: Ian Renga –
Adolescence is a special time of change marked by physical, mental,
and social transformations into adulthood. During Life Skills, students
will consider the mental and social aspects of becoming a teenager.
Specifically, students will discuss diversity and the various ways
in which humans categorize similarites and differences between people.
Students will also consider how they define themselves and how they
view others. They will then compare personally generated methods
for differentiating people to a variety of popular methods (i.e.
Myers-Briggs, the Enneagram, and even Astrology). Finally, students
will be applying their study of diversity towards understanding
how they and others might handle difficult social situations such
as peer pressure, smoking, and alcohol.
Special Time Schedule 2007-2008
Autumn Trimester: Typing / Environmentalism and Recycling (all students)
Winter Trimester: Lit Mag (6th graders) / Life Skills (7-8th graders)
Spring Trimester: Life Skills (6th graders) / Lit Mag (7-8th graders)
|
|
|
|
|