Beginning Algebra Part I Workbook

Beginning Algebra Part I Workbook  

Creator:  Akbar, Afsheen
Benko, Palma
Burger, David
Kim, Yon
Poetsch, Deborah
Series Title: Beginning Algebra - Benko
Publication Date: 2022
Publisher: Open Textbook Collaborative ( New Jersey )
Resource Type: Textual
Description: workbook
Material Type:  textbook
activity
Textual (sobekcm)
Subject Keyword:  Algebra
Arithmetic
Solving Linear Equations
Inequalities
Graphing
Intended End User: Learner
Beginning Algebra Part I Workbook
Beginning Algebra Part II Workbook

Beginning Algebra Part II Workbook  

Creator:  Akbar, Afsheen
Benko, Palma
Burger, David
Kim, Yon
Poetsch, Deborah
Series Title: Beginning Algebra Part II Workbook - Akbar
Publication Date: 2022
Publisher: Open Textbook Collaborative ( New Jersey )
Resource Type: Textual
Description: workbook
Material Type:  other
Textual (sobekcm)
Subject Keyword:  Algebra
Arithmetic
Solving Linear Equations
Inequalities
Graphing
Intended End User: Learner
Beginning Algebra Part II Workbook
Beginning Algebra Parts I and II Workbook

Beginning Algebra Parts I and II Workbook  

Creator:  Benko, Palma
Akbar, Afsheen
Burger, David
Kim, Yon
Poetsch, Deborah
Series Title: Beginning Algebra Parts I and II Workbook - Akbar
Publication Date: 2022
Publisher: Open Textbook Collaborative ( New Jersey )
Resource Type: Textual
Description: workbook
Material Type:  other
Textual (sobekcm)
Subject Keyword:  Algebra
Arithmetic
Solving Linear Equations
Inequalities
Graphing
Intended End User: Learner
Beginning Algebra Parts I and II Workbook
Analytic Geometry and Calculus I : Workbook

Analytic Geometry and Calculus I : Workbook  

Creator:  Bosler, Keith
Burger, David
Colaneri, Daniel
Pavtyuk, Iryna
Wong, Chung
Series Title: Analytic Geometry and Calculus I - Bosler
Publication Date: August 2022
Publisher: Open Textbook Collaborative ( New Jersey )
Resource Type: Textual
Description: workbook
Material Type:  textbook
activity
assessment
Textual (sobekcm)
Subject Keyword:  Graphing
Limits and Continuity
Trigonometric Functions
Derivative Function
Integration
Language: english
Intended End User: Learner
Analytic Geometry and Calculus I : Workbook