This lesson will demonstrate how to solve uniform motions problems using weighted averages. Students can watch a PowerPoint presentation and then take an online quiz.

Calculate what weighting is used in a weighted average of two points.

This lesson will introduce the meaning of weighted average, and demonstrate how to solve for the weighted average of a data set. Students can look at a presentation and then take an online quiz.

Students learn how to solve mixture problems using weighted averages. A detailed example examines the mathematics concept.

This lesson will demonstrate how to solve mixture problems using weighted averages. Students can explore a PowerPoint presentation and then take an online quiz.

This lesson will demonstrate how to solve uniform motions problems using weighted averages. Student can watch a presentation and then take an online quiz.

This lesson will demonstrate how to solve mixture problems using weighted averages. Students can look through a Power Point presentation and then take an online quiz.

Now it's your turn to prove you can calculate the weighted average in this 7-problem quiz/practice. Later on we can let the computer do these calculations for us (phew!)

This lesson will introduce the meaning of weighted average, and demonstrate how to solve for the weighted average of a data set. It is 2 of 7 in the series titled "Weighted Average."

This lesson will introduce the meaning of weighted average, and demonstrate how to solve for the weighted average of a data set. Students can look at a presentation and then take an online quiz.

A common example of the weighted average is provided by MathWords.

First let's make sure you are comfortable with this construction using this 7-problem quiz/practice.

For this activity, students apply what they have learned about weighted averages, isotopes, and systems of equations to a new situation - coins in a sealed container. They learn some historical information regarding the composition of...

This interactive tool helps students to better understanding weighted subdivision.

This is 4-problem quiz/practice. What of the following weights could be used for the subdivision algorithm to give us a fractal?

This slide and audio book shows how to relate mass to a number of particles by using many formulas, examples, and real life scenarios. View the weighted average calculations, Avogadro's number, the atomic mass of carbon, and molar mass.

Welcome to the Character Modeling topic! In this topic, we'll explore how clay models are transformed into digital characters using weighted averages. It includes two lessons: Lesson 1: Modeling with subdivision surfaces (appropriate for...

A lesson plan that includes a PowerPoint learning module for students. The purpose of the lesson is to use spreadsheets to explore a rating and ranking method for choosing someone to date. They look at the problems that arise when...

An online course on the fundamentals of statistics including video lessons in Mean, Median, and Mode; Weighted Averages; Quartiles and Boxplots; Range and Standard Deviation; Normal Distribution; Z-scores; Intro to Inferential...

Points on the control arm: Let's start with a shape with four control points, AAAA, BBBB, CCCC and DDDD, then use subdivision with weights (1,1)(1, 1)(1,1)left parenthesis, 1, comma, 1, right parenthesis.

Overview of this instructional activity which focuses on developing the mathematics behind the subdivision operation. By the end of this instructional activity you'll understand how computer modeling tools work underneath the hood....

This activity uses baseball's slugging average to compute weighted means using summary statistics. Some students may need an explanation of the terms singles, doubles, triples, and home runs.

This is an overview this activity; we're going to develop a powerful formula that will allow us to easily calculate points along a parabolic arc. It also explains what you need to do know before you begin.

Enter personal data about the weight of your backpack in an online survey and note whether boys or girls carry the heaviest backpacks. Analyze the data for patterns and make conclusions.