Introduction to decimals and percentages and how to convert back and forth between these quantities, with particular emphasis on understanding what percents actually mean. Annotated slides showing step by step solutions to equations. About 50-60 minutes of material that could be taught in one longer lesson or two shorter lessons. Appropriate for those who have never been exposed to percents or know only a little about them. Includes word problems. Also introduces repeating digit decimals. I also
This bundle includes the following presentation/lectures: - 22-slide presentation on Independence and Conditional Probability - 41-slide presentation on the Normal Distribution & Z-Scores - 55-slide presentation on the Student's T-Distribution - 96-slide presentation on Confidence Intervals & Hypothesis Testing - 49-slide presentation on Chi-Square Goodness of Fit Testing A Cumulative Final Exam with 36 questions Worksheets on probability, sampling and box & whisker charts, measures of cen
The presentation covers applications of statistics, measures of central tendency (mean, median mode), quartiles, measures of dispersion (range, standard deviation), outliers, percentiles, intro the to Central Limit Theorem, the normal distribution, (bell-shaped curves), sample vs. population. Slides are animated and will walk through solving problems. Best taught over 2-3 lessons. Worksheet includes problems with solutions on measures of central tendency: mean, median and mode.
Covers probability including: - Mutually exclusive events - Independent and dependent events ("A given B") - Unions - Intersections - Sampling with and without replacement - Addition Rule - Multiplication Rule Examples with die, cards, lottery and many others. Slides are animated, showing step-by-step how to perform calculations. I used these slides for my high school statistics class (10th-12th grade).
Worksheets and Presentation Presentation This presentation/lesson describes the difference between algebra and arithmetic, variables and constant. It introduces algebraic notation, and the concept of balancing equations. It discusses simplifying expressions and evaluation expressions. In the second half, it discusses methods for solving basic equations - first one variable, one step the multi-steps. It would be best taught over at least 2 lessons of 55-60 minutes each. Total of 39 slides Workshe
This lesson describes the difference between algebra and arithmetic, variables and constants. It introduces algebraic notation, and the concept of balancing equations. It discusses simplifying expressions and evaluation expressions. In the second half, it discusses methods for solving basic equations - first one variable, one step the multi-steps. It would be best taught over at least 2 lessons of 55-60 minutes each.
Bundle of presentation/lecture and worksheets. Presentation (9 weeks/1 quarter of lessons) This set of 9 lessons was used to teach quarter 1 of my gifted pre-algebra class. Topics include: Algebraic Notation Order of Operations Properties of Multiplication Greatest Common Factor Factoring Polynomials Exponents Adding and Subtracting Algebraic Fractions Solving Equations - One Variables Solving Equations - Two Variables Slides are animated, showing solutions step-by-step. Several practical proble
This set of 9 lessons was used to teach quarter 1 of my gifted pre-algebra class. Topics include: Algebraic Notation Order of Operations Properties of Multiplication Greatest Common Factor Factoring Polynomials Exponents Adding and Subtracting Algebraic Fractions Solving Equations - One Variables Solving Equations - Two Variables Slides are animated, showing solutions step-by-step. Several practical problems/exercises. Many pictures.
54 slide presentation covering theory and examples of exponents, exponential notation, and scientific notation including back and forth conversions between exponential and standard notation, scientific and standard notation. Introductory level, would be appropriate for advanced 6th graders to 8th grades. Slides are animated with many examples solved.
This 41-slide presentation includes the following topics: The Normal Distribution Standardizing Data with Z Scores Z Tables and Standard Deviations from the Mean Central Limit Theorem Slides are highly animated, showing solutions step-by-step.
Lesson on converting between fractions, decimals and percentages, percent increase or decrease, percent of a number, ratios and proportions. Emphasis on what percentage actually means. I taught this over 5 days, 50-55 minute lessons per day. Target level 5th-6th grade, or 7th grade as review. This would ideally be spread out over several weeks. Slides are annotated, showing step-by-step how to solve problems. Includes work problems and practical examples. I have a shorter, simpler version geared
This presentation covers a brief review of long division, with emphasis on understanding why we do long division and why it works. Then it covers division of a decimal number by a whole number, and finally, division with decimals in the dividend and divisor. It includes a review of decimal place value names, and cancelling zeros when dividing. It covers rounding of decimal numbers. It concludes with several word problems. Slides are animated to show step-by-step solutions. I taught this material
Lesson on interpreting bar graphs. 25 slides with multiple choice questions asking students to interpret the difference between lines on bar graph. Would be appropriate for 4th to 5th grade. Slides are animated and include colorful pictures and graphics.
This presentation covers adding and subtracting rational expressions with variable and unlike denominators. It covers finding a like denominator when the denominator is a variable expression, and then performing the addition or subtraction. Slides are highly animated, showing each step of solving the equations.
Review presentation covering full AP Statistics Course. 110 slides covering approximately 50 problems, with questions, answers, steps, and a few some mini-reviews thrown in. Some questions are conceptual but most involve calculations. Presentation is highly animated with formulas coming in to show steps. Also includes Z-tables and interpretation. Topics: Describing DataExperimental DesignProbabilityInferenceI covered this material over four one-hour classes in my AP Stats class.
Bundle including a 5-lesson Powerpoint and 7 worksheets Presentation: This material will take 5-6 days with 50-55 minute lessons per day. Recommended level is 6th-7th grade, although advanced 5th grades will typically do well. Perimeter, area and volume should be review but there is advanced material on the triangle sum theorem, finding missing angles, calculating area and volume of irregular shapes, trapezoids, circles and spheres. Also introduces pi and relationship between circumference, radi
This presentation contains 8 weeks of lessons, which were given to my Gifted 5th grade math class. It may be appropriate for 6th grade non-gifted classes. Topics include: Order of Operations Powers of 10 Metric System, converting Metric units Exponents with Powers of 10 Scientific Notation - both small and larger numbers Intro to Pre-Algebra and Variables Slides are highly animated, showing step-by-step how to solve equations.
9 weeks of lessons covering typical 6th grade math topics including units of measure and converting between Metric units, fractions to decimals and percentages, ratios and proportions, pre-algebra and variable expressions. Slides are animated and show step-by-step how to solve equations. Each class/section contains a review of the previous lecture.
6th
Algebra, Math
CCSS
6.EE.A.1
, 6.EE.A.2
, 6.EE.A.2a
 +4
$21.95
Original Price $21.95
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About the store
Experience
I am a college professor that has taught math and financial literacy to K-12 for the last 2 years.
Teaching style
I believe it's important to get kids thinking critically about the material they're learning, or they'll never retain it. I like to ask more questions than I answer.
My own education history
Ph.D., Industrial Engineering, University of Central Florida (2005)
M.S., Industrial Engineering, University of Central Florida (2003)
M.S., Sport Science, American Public University (2018)
Additional biographical information
Teaching K-12 is my hobby, in addition to my university teaching, which is my career!
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