GetGeometry

DESCRIPTION: This is a Bingo game that covers 3 of the basic isometric transformations. The transformations included in this game are translations, reflections, and rotations. TYPES OF QUESTIONS: There are problems in here, such as: translate the point (4,5) using the vector <-3,4> and reflect the point (2,3) across the y-axis I also have many drawings in the game asking about what transformation was applied. The preview picture is an example of one of them. DIRECTIONS FOR THE GAME

📈 Stock Market Tracking Activity This activity is designed to help you explore and interact with the real stock market. You will choose three different stocks to “invest” in and track their performance over time. Each stock will start with a value of $1,000.00 on the day you “purchase” it. 📊 What You Will Do: Select 3 stocks using a financial website such as Yahoo Finance (or a similar site).Record the price of each stock daily for 9 days.Calculate the daily value of your $1,000 investment b

This is a basic lesson plan template. I have included the Word version that can be digitally edited. I have also included the pdf if you just want to print it out and write it in ink. Thank You!!

This is a simple assignment that has students write equations that are parallel and perpendicular to equations that I give to them. Then they are to graph both of the equations on the graph that is beside them. 4 parallel lines and 4 perpendicular lines. This is about a 20-25 minute assignment.

This is a simple practice sheet to allow students to find a quadratic equation from a set of data points. Then it asks them to find output values from a set of given input values. I have included the pdf version of this along with the publisher version. I have also included a key. Thank You!

Many students have a difficult time identifying the bases when dealing with 3-D shapes. This lesson is designed to help them do that. An activity is included as a warmup exercise which can help as the lesson is taught.

The welding teacher asked me the other day how to construct a cone given a particular height and diameter. I created this to show how to do exactly that. This is a lesson showing exactly how to make a net for a cone given particular dimensions. All the formulas you need are in this product. I show how the formula for m is derived. This is a zip file. I have the .pdf version of this file along with the .pub file that I used to create it in case you would like to edit it.

This is to help students to know when to use the standard trig functions and when to use the inverse trig functions.

This is a quiz with isometric transformations. -Rotations -Reflections -Translations