Map Your Way To Better Thinking Camille Pace Associate Professor - - PowerPoint PPT Presentation

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Map Your Way To Better Thinking Camille Pace Associate Professor - - PowerPoint PPT Presentation

Map Your Way To Better Thinking Camille Pace Associate Professor of Math, Division Chair Jayme Wheeler Assistant Professor of Math, Division Chair Purpose and Intent Focus on note taking and flow charts/process maps for course design.


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Map Your Way To Better Thinking

Camille Pace Associate Professor of Math, Division Chair Jayme Wheeler Assistant Professor of Math, Division Chair

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  • Focus on note taking and flow charts/process maps for course design.
  • Students are not utilizing their homework problems or class examples where

they can be used as a reference.

  • Developing templates for various class formats to help students complete

consistent and organized work.

  • Based on the book "Creating Significant Learning Experiences: An Integrated

Approach to Designing College Courses" by Dee Fink.

Purpose and Intent

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NOTE-TAKING STRATEGIES

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OUTLINE-

  • PROS
  • Highlights key points of lecture in

a logical way

  • Ease of use allows students to

focus

  • Give a proper and clean structure

to notes

  • CONS
  • Not suitable for all subjects
  • Doesn’t work well if class or

lecture does not follow a relatively clear structure

  • Can be overwhelming to review

later

“best”, most popular, structured,

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OUTLINE EXAMPLE

MAIN TOPIC: HYPOTHESIS TESTING

  • Quantitative Data ---One Mean
  • z-test
  • Based on Normal Distribution
  • Shape of normal distribution is determined by population mean and population standard deviation
  • Used when the population standard deviation is known
  • t-test
  • Based on Student’s t-Distribution
  • Shape of Student’s t-Distribution is determined by number of degrees of freedom
  • Used when the population standard deviation is not known
  • Qualitative Data –Proportions
  • Chi-Square Goodness of Fit
  • Based on Chi-Square distribution
  • Shape of Chi-Square is determined by number of degrees of freedom
  • Used with qualitative (categorical) data
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CORNELL (TWO-COLUMN)

  • PROS
  • Quicker way to take, review, and
  • rganize notes
  • Summarizes all information

systematically

  • Easily extract main ideas or key

concepts

  • CONS
  • Paper needs to be prepared

ahead of time

  • Requires some time at end for

summarization

Great for review, unique page layout, ideal for all types of lecture or meetings

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HYPOTHESIS TESTING

Key Words

  • z-test
  • t-test
  • Chi-square

Goodness of Fit

Questions

  • Symbol for Chi-

square goodness

  • f fit
  • Why two

different formulas for degrees of freedom?

Quantitative Data –One Mean z-Test –used when 𝜏 is known, based on 𝑂 𝜈, 𝜏 t-Test—used when 𝜏 is not known, based

  • n 𝑢&', 𝑒𝑔 = 𝑜 − 1

Qualitative Data – Proportion Chi-square Goodness of Fit ---used with qualitative data, based on Chi-square goodness of fit distribution, df = k - 1 SUMMARY: Hypothesis Testing is an important statistical analysis tool. There are different tests based on different

  • distributions. Which test is used is determined by the type of

data and parameter.

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PROCESS MAPS

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What are Process Maps

A concept map is a visual organization and representation of knowledge.

  • It shows concepts and ideas and the relationships among them.
  • You create a concept map by writing key words (sometimes enclosed

in shapes such as circles, boxes, triangles, etc.) and then drawing arrows between the ideas that are related.

  • Then you add a short explanation by the arrow to explain how the

concepts are related.

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Central Limit Theorem*

A sample size is given Normal and InvNorm (Lesson 14) Standard deviation changes to σ/√𝑜

  • 1. The scenarios will be

less than, greater than, between for normalcdf.

  • 2. It will ask for a

percentile for the InvNorm question. A sample size is not given Normal and InvNorm (Lesson 13) Standard deviation does not change!

  • 1. The scenarios will be

less than, greater than, between for normalcdf.

  • 2. It will ask for a

percentile for the InvNorm question Proportions are used to create the standard deviation (use 5 places after decimal) and a sample size is given Normal and InvNorm for proportions (Lesson 15) Test (n) * (p) ≥ 10 and (n) * (1 – (p)) ≥ 10 If true statements, the standard deviation is

/∗(23/) 5

  • 1. The scenarios will be less than, greater

than, between for normalcdf. *Always check for the assumptions for each case.

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Assessing Process Maps in YOUR class

  • Have students submit outline or “mind map” of a particular

topic/unit

  • Have students create a process map
  • Perfect for discussion activities
  • Excellent for merging concepts
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Extra Resources

https://ctl.byu.edu/tip/concept-mapping https://learningcenter.unc.edu/tips-and-tools/using-concept-maps/ https://er.educause.edu/articles/2018/3/using-process-mapping-to- redesign-the-student-experience

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Questions?

Camille Pace cpace@highlands.edu Jayme Wheeler jwheeler@highlands.edu