Using both quantitative and qualitative analyses, we will evaluate the hypotheses that: a) Classroom teachers can successfully and consistently integrate a CEMS approach
in their algebra instruction, b) Students» procedural flexibility, procedural knowledge, and conceptual knowledge for a variety of algebra topics can be reliably assessed and each type of knowledge is positively related and predictive of one another over time, and c) Integrating a CEMS approach supports better procedural flexibility, conceptual knowledge, and procedural knowledge for a variety of algebra topics (units) than business as usual instruction.
Not exact matches
I don't know what's happening
in your school, but on a typical day
in my kids» lunch room, there's not a lot of
algebra instruction going on.
On this particular fall day, 16 students are getting traditional
in - person
instruction in Algebra I from teacher Wendy Chaves; roughly the same number are doing math problems online; and still others are gathered
in clusters of four tutoring each other.
Students
in the first half of the 20th century had
instruction in practical matters: consumer buying, insurance, taxation — everything but
algebra, geometry, or trigonometry, which, when they were taught, were frequently lacking
in depth.
Beginning
in the second year of the
algebra initiative, schools were asked to send a sample of student work to the district office each month to demonstrate their use of improved
instruction.
What about Bill Evers's push
in California to mandate rigorous math
instruction — including
Algebra in eighth grade?
Views of struggling students on
instruction incorporating multiple strategies
in Algebra I: An exploratory study.
Students placed
in the extra classes thus received substantially more
algebra instruction than other students.
The new emphasis on increased rigor
in mathematics was so strong that the district shifted toward pre-
algebra instruction in the elementary grades to better prepare students for eighth - grade
algebra.
Curriculum: Students receive
instruction in English, history, science, mathematics (pre-
algebra,
algebra, and geometry), foreign language (Latin or Spanish), physical education, and the arts.
To learn what students need to achieve success, we conducted extensive research around best practices
in delivering online math
instruction, and designed our new
algebra course to meet those needs.
The ISTEP + End - of - Course Assessments (ECAs) are criterion - referenced assessments developed specifically for students completing their
instruction in Algebra I, Biology I, or English 10.
We're looking forward to meeting with teachers and allowing them to decide how to use these versatile tools to improve
algebra instruction in a way that works for them and their students — wherever they live and learn.»
STEM 215:
Algebra & Geometry for Elementary & Middle School * In this course, teachers will develop their ability to design and implement mathematics instruction specific to algebra and geometry that is both reflective and mathematically signi
Algebra & Geometry for Elementary & Middle School *
In this course, teachers will develop their ability to design and implement mathematics
instruction specific to
algebra and geometry that is both reflective and mathematically signi
algebra and geometry that is both reflective and mathematically significant.
Sixth grade students who are currently enrolled
in advanced
instruction in math will be given the Orleans - Hanna to determine placement
in Algebra I for the following school year.
In particular, teachers will expand their own content knowledge, learn to elicit and build on children's multiple mathematical knowledge bases, and develop a practice of using high - demand tasks in order to enact Standards - based instruction in algebra and geometr
In particular, teachers will expand their own content knowledge, learn to elicit and build on children's multiple mathematical knowledge bases, and develop a practice of using high - demand tasks
in order to enact Standards - based instruction in algebra and geometr
in order to enact Standards - based
instruction in algebra and geometr
in algebra and geometry.
A comparison of CAI and traditional
instruction in a college
algebra course.
The Quantile Framework spans the developmental continuum from Kindergarten mathematics through the content typically taught
in Algebra II, Geometry, Trigonometry, and Pre-calculus, from below 0Q (Emerging Mathematician) to above 1600 Q. Quantile measures take the guesswork out of determining which mathematical skills a developing mathematician has learned and which ones require additional
instruction.
FOCUS
INSTRUCTION: The half - dozen kids
in this supplemental
algebra class are all taking turns throwing a glowing ball at the Smartboard screen.
In fifth grade, my Father brought me an
algebra book that used programmed
instruction.
CAREER HIGHLIGHTS • Over five years» experience teaching Mathematics to students of different backgrounds • Highly skilled
in planning effective classroom instructions • Hands on experience in teaching mathematical concepts to young students • In - depth knowledge of basic and advanced mathematics with a specialization in algebra • Demonstrated the ability to plan a program of study that meets the individual student's need, interest, and ability • Able to maintain a disciplined and controlled environment in the classroom • Proficient in preparing effective and appropriate lesson plans • Current teacher's licen
in planning effective classroom
instructions • Hands on experience
in teaching mathematical concepts to young students • In - depth knowledge of basic and advanced mathematics with a specialization in algebra • Demonstrated the ability to plan a program of study that meets the individual student's need, interest, and ability • Able to maintain a disciplined and controlled environment in the classroom • Proficient in preparing effective and appropriate lesson plans • Current teacher's licen
in teaching mathematical concepts to young students •
In - depth knowledge of basic and advanced mathematics with a specialization in algebra • Demonstrated the ability to plan a program of study that meets the individual student's need, interest, and ability • Able to maintain a disciplined and controlled environment in the classroom • Proficient in preparing effective and appropriate lesson plans • Current teacher's licen
In - depth knowledge of basic and advanced mathematics with a specialization
in algebra • Demonstrated the ability to plan a program of study that meets the individual student's need, interest, and ability • Able to maintain a disciplined and controlled environment in the classroom • Proficient in preparing effective and appropriate lesson plans • Current teacher's licen
in algebra • Demonstrated the ability to plan a program of study that meets the individual student's need, interest, and ability • Able to maintain a disciplined and controlled environment
in the classroom • Proficient in preparing effective and appropriate lesson plans • Current teacher's licen
in the classroom • Proficient
in preparing effective and appropriate lesson plans • Current teacher's licen
in preparing effective and appropriate lesson plans • Current teacher's license
Facilitate individualized
instruction and tutoring
in the subjects of: Biology, Anatomy and Physiology, Human Genetics, Mathematics,
Algebra, English, Psychology, Sociology, Speech Communications, and Financial Accounting
Student Mentor — Motiv8 Mentoring Organization / University of Florida, Gainesville, FL 2010 Tutored students of Howard Bishop Middle School
in Elementary and Intermediate
Algebra under the
instruction of Angela Garcia that works for the Center for Leadership and Service.