Virtual Fall 2020: August 24 to December 11, 2020
Welcome to Elementary Statistics! The first part of this course will focus on techniques used to plan studies, obtain data, then organize, summarize and present the data by using tables and various types of graphs. The second part of the course will focus on analyzing and interpreting sample data and then drawing conclusions and/or making predictions from sample data to the population using probability to facilitate decision-making. We will use real world data from applications in disciplines including business, social sciences, biological sciences, education and humanities. Since our focus will be in interpreting data, we will rely on technology, including graphing calculators or computers as tools to describe and analyze data.
In this learning model, the focus of activity shifts from the teacher to the learner. The majority of your time will be spent on discussion, collaborative work, and engagement with other brains-on activities. Additionally, teaching and learning is tailored to fit the needs of small groups of students as you work through the activities and review prerequisite skills. Furthermore, this learning model employs a teacher- guided-discovery process that allows me to identify gaps in student understanding and invest time to remediate those gaps.
I will be with you every step of the way by providing weekly announcements to help you stay on track, personalized feedback a few times per week based on your group collaborations, live student drop-in hours and anything else you need to help you succeed in this course.
Student Access Code for RealizeIt. You may start with a 3-week courtesy access code. It may be purchases from the Hartnell Bookstore on directly online via the publisher More information inside Canvas.
Additionally, you will need a tool to perform statistical calculations. In this course we will use desmos, a free online graphing calculator.
Appropriate technology to: complete online homework, participate live collaboration sessions with your peers and submit pdf versions of your assignments (a smart phone with scanning app, tablet or laptop with a microphone and camera) and wireless internet or hotspot.
Productive struggle seeks to engage students in challenging learning opportunities designed to promote thinking about important mathematics concepts. Productive struggle causes students to explore as they develop strategies and their own thinking about the use of mathematics to investigate a question.
The ultimate goal of productive struggle is to encourage students to make meaning of mathematical content for themselves.
Making explicit connections helps reinforce earlier learning and builds a strong foundation for future understanding.
Explicit connections enable students to routinely ask themselves questions that constitute mature mathematical learning habits: how is this like something I already know, how is this related to other ideas or techniques that I have studied before, and what kinds of problems can I solve with this?
Deliberate practice requires students to think about the approach they are using to solve the problems, why they are choosing that particular approach, and how the approach must be adapted for appropriate use in a new context or problem.
Often these require students to stretch their learning and to apply it in a new way.
To open doors to your career--so many jobs require data analysis.
To avoid common errors in reasoning such as overgeneralizations, inaccurate observations and illogical reasoning.
To become a savvy consumer of information by understanding where the "facts" come from and to determine if they are valid.
To learn how to analyze and interpret empirical research findings that can be applied to other courses.
To research the claims made by others on your own and better evaluate goals and outcomes.
To improve decision making by understnding probabilty and chance.
To construct a scientific and ethical framework to understand and address social problems.