This is a challenge based activity in which students use augmented reality and trial and error in order to determine how changes to a quadratic equation affect the shape of a parabola. Students use the Geogebra AR app to manipulate equations and change the parabola to fit around a physical object.

ObjectivesSTUDENTS WILL:Define the words binary, bit,  and bit rateSuccessfully convert decimal to binary and vise versaCreate binary flippy do to assist in converting binary to decimal and vice versaAgendaNote takingVocabulary reviewCreate flippy doPractice WSReview sheetHomework: complete any WS not completed in class. They will be collected tomorrow at the beginning of class

Students learn how engineers gather data and model motion using vectors. They learn about using motion-tracking tools to observe, record, and analyze vectors associated with the motion of their own bodies. They do this qualitatively and quantitatively by analyzing several examples of their own body motion. As a final presentation, student teams act as engineering consultants and propose the use of (free) ARK Mirror technology to help sports teams evaluate body mechanics. A pre/post quiz is provided.

Learn to set up a LAMP (Linux, Apache, MySQL, PHP) stack on your Raspberry Pi and configure it to work as a web server. You’ll download and install WordPress and set up a basic website which you can access on any device on the same network as your Pi.

This video module presents an introduction to cryptography - the method of sending messages in such a way that only the intended recipients can understand them. In this very interactive lesson, students will build three different devices for cryptography and will learn how to encrypt and decrypt messages. There are no prerequisites for this lesson, and it has intentionally been designed in a way that can be adapted to many audiences. It is fully appropriate in a high school level math or computer science class where the teacher can use it to motivate probability/statistics or programming exercises. nteractive lesson, students will learn to build the cryptography devices and will learn how to send and ''crack'' secret messages.

In this course, students will learn basic Microsoft Windows 10 Operating Systems skills (including Core PC Hardware Components, Graphical User Interface, Local and Cloud File Management, Applications, Internet Browsers, Security, and key System Utilities), Google Email, Contacts, Calendar, and Drive applications, as well as introduction to Word Processing, Spreadsheet and Presentation applications. Additionally, students will learn to create and convert documents between different format (Microsoft and Google apps).

This course is designed to use technology as a productivity tool within a business environment through the use and integration of various software packages. You will use word processing software for formatting business correspondence, creating tables, multipage document, graphical elements, mail merging, and other features. Spreadsheet software will be used to create formulas, use built-in function for calculations, create charts/graphs, reference other worksheets/cells, and create absolute cell references as well as other formatting and editing features. Presentations software will be use to produce, edit, and create visually compelling presentations for business outcomes.

Course Outcomes:
1. Word processing software -- Use the features of a word processing program to produce, edit, and enhance business documents.
2. Spreadsheet software -- Use and understand a spreadsheet software program to create, edit, and format spreadsheets and charts.
3. Presentations software -- Use the features of a presentations program to produce, edit, and make visually appealing presentations.

For access to instructor-only resources, contact LBCC's OER librarian (willihm@linnbenton.edu).|Introduces web design through an examination of (X)HTML, CSS and relevant computer graphic file formats. Students will learn to create standards-compliant, accessible web pages using modern design techniques and technologies. Emphasis will be placed on learning to write (X)HTML and CSS script without the help of advanced web design software; writing accessible, standards compliant code; and separating content, presentation and action.

This course prepares the medical coding student for detailed procedural coding in integumentary, musculoskeletal, respiratory, and cardiovascular systems. Additionally, this course prepares the student to use ICD-10 diagnostic codes as principal, primary, secondary, and tertiary medical necessity justification. This course also prepares students to competently select accurate HCPCS codes for supplies, medications, transportation, etc.

Course Outcomes:
1. Identify and locate clinical information in patient charts which pertain to reimbursable data in all outpatient settings, and closely approximate the proper
2. Evaluation and Management code for reimbursement.
3. Demonstrate competency in procedural and diagnostic coding for the following systems: Integumentary; Respiratory; and Cardiovascular.
4. Demonstrate knowledge of Insurance, Billing and Coding Regulations.
5. Demonstrate accurate Diagnostic Coding.
6. Demonstrate accurate HCPCS Coding.
7. Demonstrate knowledge of CPT Coding Conventions.

This course introduces terminology and gives an overview of the computer and information science. It focuses on the basic concepts of computer hardware and software systems, software applications, online inquiry, and evaluation of materials including ethical decisions. It also includes concepts reinforced in a laboratory environment. Through specific hands-on experience you will gather, evaluate, and solve real-world problems and form decisions based upon critical examination of today's technology.

This class is designed to teach you how to use a computer running a Windows Operating System. If you do not have access to a Windows computer or have problems doing assessments, please contact your Navigator to discuss your options.

Course Outcomes:
1. Identify current and future trends in computing and recognize various computing devices and their uses.
2. Identify the parts of a computer and their features and functions and recognize the advantages and limitations of important peripheral devices.
3. Identify and describe the features of desktop and specialized computer operating systems and understand the importance of system utilities, backups, and file management.
4. Explain why the web is important in today's society and why fluency in the tools and language of the Internet is necessary to be an educated consumer, a better student, an informed citizen, and a valuable employee.
5. Understand what a computer network is, identify different types of networks, and recognize threats to security and privacy.
6. Demonstrate the proper use of basic word processing, spreadsheet and presentation software features.

This course is designed as a survey course to familiarize students with computer concepts including software and hardware, software applications, and living online leading towards digital computer literacy. Instruction in this course is provided through demonstration and discussion. Class time will be provided for practicing concepts as well as working through assignments; however, additional time outside of class will be essential to improve skills and complete the assignments.

This course presents an overview of the Microsoft Windows Operating System (OS), with emphasis on the OS design, configuration, operations, and applications. This course will also cover PowerShell scripting and includes researching, documenting, and presenting a key OS function.

This is the first of two courses in the administration of Microsoft Windows® client/server networked operating systems. The courses CS 240A and CS 240B are laboratory-intensive courses that provide hands-on experience in the planning, installation, and administration of Microsoft Windows® client/server networks. The two courses provide partial preparation for the MCSA® and MCSE® exams.

This is the second of two courses in the administration of Microsoft Windows® client/server networked operating systems. The courses CS 240A and CS 240B are laboratory-intensive courses that provide hands-on experience in the planning, installation, and administration of Microsoft Windows® client/server networks. The two courses provide partial preparation for the MCSA® and MCSE® exams.

This course in an introduction to project management. The art and science of project management has evolved much over the last 1-2 decades. At this point, 2017, all small, medium and large companies use structured project management methodologies and guidelines to run their internal and external projects. My objective is not to teach you how to become a project manager, that will require many courses and hands-on experience, but to teach you how to become an effective team player on a structured project.|A practice-oriented course with examples, applications and proven techniques that demonstrate systems analysis and design. Actual organization, business settings, and project management software are used to show how systems concepts can apply to many different types of enterprises. Project lifecycle as well as project management software, terminology and concepts are discussed.

The CSforCA CS Equity Guide is designed for administrators interested in
implementing equity-minded computer science (CS) in K-12 schools, districts, or
counties.

This module connections computational thinking and computer science with English Language Arts skills. In total, the module should take approximately 30 minutes to view and review. Reflection and the creation of one's own activities or lesson plans may vary following the viewing on the module. 

The Computer Science (CS) for Oregon Plan aims to create rich computer science learning opportunities bydeveloping a shared vision, based on national frameworks and standards to prepare all students, K-12,with computer science knowledge and computational thinking skills necessary to be innovators, creators,and active citizens in our ever-evolving, technology-driven world.

The goals of the CS for Oregon Plan are to create K-12 pathways and roadmaps that provide cohesive,scaffolded learning opportunities to students, focus on inclusion, equity, and access for all, and supportrigorous learning opportunities aligned to workforce needs. Our collaborative, multi-district approachfocuses on creating a clear, concise definition of computer science, understanding the current CSlandscape including barriers and opportunities, evaluating the K12CS framework and its associatedstandards, developing key learning indicators per grade-band mapped to the national framework,connecting educators to aligned resources and associated professional development opportunities,documenting and sharing sample strategies for creating opportunity for all students, and developing andimplementing action plans. As such, the CS for Oregon Plan’s intended audiences are principals,superintendents, STEM/CTE leaders, educators, school counselors, grant managers and foundations, theOregon Department of Education, the Chief Education Office, and legislators. Our advisory group,providing direction and feedback, is comprised of education, non-profit, industry, and state leaders.This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

Learn about the Chandra X-Ray Observatory's telescope system, science instruments, and spacecraft system in this interactive activity adapted from NASA.