UDL Lesson Plan Kursh
Friday, July 15, 2016
UDL Lesson Plan
UDL Lesson Plan
Title:
Knowing the Parts of an Expression
Author:
Marian Kursh
Subject:
Math
Grade Level:
High School (Grades 9-12) Grade Level
IEP Classifications: ADHD – Inattentive Type, Learning Disorder,
Emotional Disorder
State Standards:
CCSS.Math.Content.HSA.SSE.A.1
Interpret expressions that represent a quantity in terms of its context.
CCSS.Math.Content.HSA.SSE.A.1.a
Interpret parts of an expression, such as terms, factors, and coefficients.
CCSS.Math.Content.HSA.SSE.A.1.b
Materials:
Interpret complicated expressions by viewing one or more of their parts as a
single entity.
Lesson Goals:
Students will be able to effectively recognize the following terms in Algebra,
and label the appropriate term when in a math sentence.
Instructional Methods:
Anticipatory Set:
·
Teacher will ask
the question “Why do we use expressions in algebra?”
·
Teacher will
then ask for several students responses
·
Teacher will
introduce topic and explain what students will learn
·
Teacher will
then ask “Does anyone want to share what they think the following terms mean…Equation,
Expression, Term, Coefficient, Constant, and Variable
2.1 Clarify Vocabulary and Symbols
|
5.3 Build fluencies with graduated levels of
support for practice and performance
|
8.2 Vary demands and resources to optimize
challenge
|
2.3 Support decoding of text, mathematical
notation, and symbols
|
6.1 Guide appropriate goal setting
|
8.3 Foster collaboration and community
|
2.5 Illustrate through multiple media
|
9.1 Promote expectations and beliefs that optimize
motivation
|
Introduce and Model New Knowledge
· Teacher will share a notebook on parts of an Expression. And explain all the terms in detail. What makes them different etc.
- Teacher will also go over the parts. I will make up a song, so students will be more likely to remember it if they put a rhythm to it.
1.1
Customize the display of information
|
4.2 Provide
varied ways to interact with materials
|
7.1 Increase
individual choice and autonomy
|
1.2 Provide
alternative for auditory information
|
4.3
Integrate assistive technologies
|
7.2 Increase
relevance, value, and authenticity
|
1.3 Provide
alternatives for visual information
|
5.3 Provide
ways to scaffold practice and performance
|
8.1 Heighten
salience of goals and objectives
|
·
Teacher will
select partners (ability – high with low) and teacher will hand out worksheet.
·
Student teams
will then brainstorm and work together to make up a way to remember the parts
of an expression.
·
Teacher gave an
example in the introduction to “New Knowledge”.
·
Student teams
will then look at the worksheet and label each equation and tell whether they
think it is a Mathematical Expression or not.
·
Student teams
will then stand and present their information to the class, on how to remember
the parts of an expression.
1.3 Provide alternatives for visual information
|
4.3 Integrate assistive technologies
|
7.1 Increase individual choice and autonomy
|
2.4 Promote cross-linguistic understanding
|
5.1 Allow choices for media for communications
|
7.2 Enhance relevance, value, and authenticity
|
2.5 Illustrate key concepts non-linguistilly
|
5.2 Provide appropriate tools for composition and
problem solving skills
|
7.3 Reduce threats and distractions
|
3.1 Provide or activate background knowledge
|
5.3 Provide ways to scaffold practice and
performance
|
8.2 Vary levels of challenge and support
|
3.3 Guide information processing
|
6.3 Facilitate managing information and resources
|
8.3 Foster collaboration and communication
|
Independent Practice
·
Students will
then fill out a worksheet labeling the parts of an expression.
·
Students will
also be able to identify the terms of the expression.
·
Teacher will be
available to help; the student will have to raise hand for help.
·
Teacher will
have her example on the smart board, to help the students.
2.1 Provide or active background knowledge
|
4.2 Provide varied ways to interact with material
|
7.3 Reduce threats and distractions
|
3.3 Support memory and transfer
|
5.3 Provide ways to scaffold practice and
performance
|
9.3 Develop self-assessment and reflection
|
Wrap – Up
·
Teacher will go
over the parts of an expression and her song one more time.
·
Teacher will
also remind students why it is important to know these terms for Math.
1.1 Customize display of information
|
4.1 Provide varied ways to respond
|
7.1 Enhance relevance, value and authenticity
|
2.5 Illustrate key concepts non-linguistically
|
5.3 Provide ways to scaffold practice and
performance
|
|
3.2 Highlight critical features big ideas and
relationships
|
6.4 Enhance capacity for monitoring progress
|
|
3.4 Support memory and transfer
|
Assessment
Formative (Informal – written)
·
Student will
submit a completed worksheet with the parts of a Mathematical Expression
labeled, and the terms defined in their own words. (Student will be able to use
any numbers or variables they wish)
·
When student is
finished they will hold on to the work and present it to the class.
·
Their work will
go under ELMO where the students are able to see what the student did, and as a
class we will make sure they labeled and identified the terms correctly.
3.4 Support memory and transfer
|
5.3 Provide ways to scaffold practice and
performance
|
7.3 Reduce threats and distractions
|
9.3 Develop self-assessment and reflection
|
||
Materials:
·
Computer
·
Pencil/Pens
·
ELMO
·
Worksheets
Resources:
http://msolson7math.weebly.com/uploads/2/2/0/1/22019532/parts_of_an_expression.jpg
Name________________________________________Date_____________________________
Parts
of an Expression
Place
the correct letter in the blank where the correct definition is listed:
A. Equation
B. Expression
C. Term
D. Coefficient
E. Constant
F. Variable
1. _____
Algebraic arithmetic operations containing terms, variables, and mathematical
operations.
2. _____
Constant multiplication of a function.
3. _____
Letters or Unknowns.
4. _____
A non-varying value.
5. _____
A number sentence with an equal sign.
6. _____
A component of mathematical expression.
Label the parts:
1. 3x+1=85
2. 10+x=3
3. 0=8+3x
True/False:
1. Do
all expressions have numbers? __________
2. Do
all expressions have letters? __________
Do you have to have
an equation to have an expression? _______
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