2. { WHAT {
content
standards
competencies
proficiencies
HOW
curriculum
program
unit plans
lesson plans
content vs. curriculum
3. NCTM standards
broad learning goals for levels
CCSS
specific learning goals
sequenced by grade level
CMP
grade-level content
by unit/ lesson
Math Content
4. NCTM: Algebra Standard for Grades 6 -
8
CCSS – 8th Grade Standards, Expressions
and Equations, Functions
CMP – 8th Grade Algebra, Unit 3 Solving
Equations Mathematical and Problem-
Solving Goals
Develop an initial conceptual
understanding of different uses of
variables
Solve linear equations in one variable Develop a strategy for distributing a
negative sign over a sum or difference in a
linear expression
Explore relationships between symbolic
expressions and graphs and lines, paying
particular attention to the meaning of
intercept and slope
Solve linear equations with rational
number coefficients, including equations
whose solutions require expanding
expressions using the distributive
property and collecting like terms
Develop a strategy for solving linear
equations with parentheses
Use symbolic algebra to represent
situations and to solve problems,
especially those that involve linear
relationships
Understand that a function is a rule that
assigns to each input exactly one output.
The graph of a function is the set of
ordered pairs consisting of an input and
the corresponding output.
Continue to develop understanding and
some fluency with factoring quadratic
expressions
Recognize and generate equivalent forms
for simple algebraic expressions and solve
linear equations
Connect the x-intercepts of a quadratic
function to solving a quadratic equation
0 = ax^2 + bx + c
Solve equations by factoring
Use solutions of equations to make
predictions and decisions
Interpret information provided by
equivalent expressions in context
5. MS math and ERB
{
MS math and assessment at Canterbury School
6. { Comprehensive Testing Program = CTP4
produced by the Educational Records Bureau
“the ERB’s”
students in grades 3 - 8
7. { aptitude { achievement
Quantitative Analysis Mathematics 1 & 2
2 kinds of information provided by the ERB’s
8. test items
from subsequent
grade
from current
grade
from previous
grade
content on Mathematics 1 and 2
12. 100
80
60
40
20
0
A B C
Canterbury
School
independent
schools NORM
Mathematics 1 & 2
mean percentile of correct answers - 2014
Grade 5
select
sub-test
categories
A number systems/
number theory
B geometry/
spatial sense
C statistics
14. 100
80
60
40
20
0
A B C
Canterbury
School
independent
schools NORM
Mathematics 1 & 2
mean percentile of correct answers - 2014
grade 6
select
sub-test
categories
A number systems/
number theory
B geometry/
spatial sense
C statistics
16. 100
80
60
40
20
0
A B C
Canterbury
School
independent
schools NORM
Mathematics 1 & 2
mean percentile of correct answers - 2014
grade 7
select
sub-test
categories
A number systems/
number theory
B geometry/
spatial sense
C statistics
18. 100
80
60
40
20
0
A B C
Canterbury
School
independent
schools NORM
Mathematics 1 & 2
mean percentile of correct answers - 2014
grade 8
select
sub-test
categories
A number systems/
number theory
B geometry/
spatial sense
C statistics
19. {
strong content +
outstanding curriculum
+ phenomenal teachers
__________________________
well-prepared math students
Canterbury School
MS Math
Editor's Notes
Spend a moment discussing where the standards of content come from, How the content of CMP reflects those content standards, and then how the rigorous content delivered in the best way, by expert teachers results in very strong, well prepared math students as evidenced by our ERB scores (Susan)
How CMP content was decided – discuss the process by which the three relate…
NCTM – National Council of Teachers of Mathematics
CCSS – Common Core State Standards
CMP – Connected Math Program
Participated in a lesson with materials and content from CMP and delivered by an exceptionally passionate and truly skilled educator
Dave reviewed the idea that foundational math content exists independently of any program used to deliver it, and explored the strength of the math concepts contained in CMP in relationship to that laid out in CCSS and NCTM
So now let’s explore the success of our pedagogy and methodology (our teachers and the CMP program we use to deliver the content) at promoting kids’ understanding of math concepts
This is done via assessment. Canterbury School uses many assessments to measure student progress and to evaluate our program, but the most readily accessible is the ERB
So my job is to help you understand what ERB scores are and how they can be indicative of our kids’ achievement in math
First, a quick review.
We administer a standardized test to students in grades 308 each spring called the Comprehensive Testing Program, or CTP. In particular, we use version 4, so it is called the CTP4.
These tests are produced by a company called Educational Research Bureau, or ERB, so the tests we use are generally referred to as “the ERB’s”
Within the CTP$ battery, there are two kinds of subtests. The first kind measures aptitude, or a child’s ability to learn and/or to manipulate knowledge in new ways. Other subtests measure achievement, a child’s immediate level of content knowledge and skills.
Dave has already shown you the learning goals from the CMP program and how ideally matched they are to national understandings of learning outcomes or standards as described by the CCSS and NCTM Principles and Standards. But, specifically, which of that content shows up in the test items of the ERB?
In general, each subtest of the ERB at any level contains test items drawn from three grade levels of content– the present grade, the last grade level, and the next grade level. This enables the math subtest to provide a snapshot of content at three levels of mastery– foundational content that should have been mastered in the grade before, desired learning outcomes from the the current grade, and if a student can use what he or she knows to at a more challenging level.
If you think about the test items in this way, a score of 66% indicates a student theoretically has answered 1/3 of the questions correctly showing full mastery of the 33% of the content from the previous year AND has answered the second third of the questions correctly and knows the 33% of the content from the current grade.
Anything higher than 66% could be considered “icing on the cake,” because it shows that a student answered questions correctly around content she or he is not formally expected to master until the end of the next grade!
There is one other bit of scoring information that may be helpful. When we get students’ score reports, we also get an overall report with overall statistics about an entire grade of students. But these scores are NOT based on the number of questions a student has gotten right or wrong. Instead, these comparison scores compare the overall mean or average score from that grade against a group or groups of students that they consider to be a “typical” or “normal” bunch of test takers. This picture is of a statistical phenomenon called the “normal” curve, because it represents the idea that– among any group of test-takers, scores tend to fall into this pattern. A bunch of students score roughly the same and fewer test-takers score higher and lower.
By tracing a group identified as the “norm” group over time, ERB established a norm score range and provides Canterbury with data about how well a current group of students did by comparison to this norm group. The most significant of these norm groups for us is the independent school norm, because that is the apples to apples idea I talked about at the beginning. So you will see that comparison on the following graphs.