Algebra Queen

After teaching theoretical vs. experimental probability to my Geometry students, I have them work on this dice experiment to show them the difference between the two. In this experiment, students roll two dice (there is an online dice simulator linked in the Google Doc) 50 times and record the sum of the dice and answer questions about their experimental probability for each sum. Students then calculate the theoretical probability of what the sums of the dice should show. At the end of the exper

This slideshow includes 12 slides about the probability of independent and dependent events for honors geometry. There are 17 practice problems including multiple real-world problems. The topics covered include: independent vs. dependent eventsspinner problemsusing tree diagrams to represent sample spacespulling marbles with and without replacementconditional probabilitiesstandard playing card probabilitiesCheck out my other resources!

This Algebra 1 bundles includes 51 slides about data and statistics. There are 54 practice problems including multiple real-world problems. There is also an end of unit project included in the bundle. The topics covered in the slides and project include, but are not limited to: the difference between histograms and bar graphsuniform, symmetric, and skewed databest data representation based on a histograms shape of distributioninterquartile rangequartilesmedianshape of box-and-whisker distributio

This slideshow includes 12 slides about the probability of two-way frequency tables for honors geometry. There are 18 practice problems including multiple real-world problems. The topics covered include: creating two-way frequency tablesfilling in missing values in two-way frequency tablesrelative frequencymarginal relative frequencyconditional relative frequencyCheck out my other resources!

This slideshow includes 13 slides about graphical data representations and shapes of distribution. There are 7 practice problems including multiple real-world problems. The topics covered include: frequency tablesdot plotshistogramsthe difference between histograms and bar graphsuniform, symmetric, and skewed databest data representation based on a histograms shape of distributionCheck out my other resources!

This Honors Geometry bundles includes 39 slides about probability and statistics. There are 48 practice problems including multiple real-world problems. There is also an introduction to probability interactive Google Doc, a mid-unit project, and an end of unit project included in the bundle. The topics covered in the slides and project include, but are not limited to: creating two-way frequency tablesfilling in missing values in two-way frequency tablesrelative frequencymarginal relative frequen

This slideshow includes 16 slides about measures of center and variation. There are 13 practice problems including multiple real-world problems. The topics covered include: quantitative and qualitative datameanmedianmoderangestandard deviationCheck out my other resources!

This slideshow includes 11 slides about two-way frequency tables and relative frequency. There are 17 practice problems including multiple real-world problems. The topics covered include: frequency tablescreating two-way frequency tablesanalyzing two-way frequency tablescalculating relative frequenciesCheck out my other resources!

This slideshow includes 15 slides about scatterplots and lines of fit. There are 16 practice problems including multiple real-world examples. These slides were created as an Algebra I lesson, but would also be appropriate for advanced 8th graders. The answers to the slides are linked in a PDF. The topics covered include: interpreting scatterplotscorrelation vs. causationstrength of correlationusing graphing technology to create a scatterplot from a given tableusing graphing technology to determi

This bundle includes 6 Google Slides lessons from the Algebra I curriculum. All of the lessons are in the form of a Google Slides, so they are completely editable. I also have included the answer key to all of these lessons on the second slide of each lesson in the form of PDFs. These are the slides that I use in my classroom to teach each lesson. I print out the slides 6 to a page for the students so they can act as "guided notes". You can see the previews for each lesson attached to this bundl

This end of unit project allows for students to create their own questions and ask their peers to answer a survey created by them. They will then take the results of the survey and analyze the results in a variety of different ways. I created this project in Google Docs, so you are able to change or customize anything you may need to. You can use this as a printable project for in-person learners, or students can type their answers directly into the Google Doc for hybrid or remote learners. The

This slideshow includes 12 slides about analyzing lines of fit. There are 11 practice problems including multiple real-world examples. These slides were created as an Algebra I lesson, but would also be appropriate for advanced 8th graders. The answers to the slides are linked in a PDF. The topics covered include: residualscorrelation coefficientsusing graphing technology to find the line of best fit and correlation coefficientinterpolating and extrapolating datacorrelation vs. causationCheck ou

This slideshow includes 15 slides about arithmetic sequences. There are 18 practice problems including a real-world example. These slides were created as an Algebra I lesson, but would also be appropriate for advanced 8th graders. The answers to the slides are linked in a PDF. The topics covered include: arithmetic sequencescommon differencefinding the next three terms in an arithmetic sequencegraphs of arithmetic sequencesusing the explicit formula of an arithmetic sequence to find the nth term

This quiz was created for an honors math 6 class, but could also be used in a math 7 or general math 6 classroom. This quiz includes questions about mean absolute deviation, including multiple word problems. The document is in the form of a Google Doc, so it is completely editable, and the answer key is included on page 3 of the document. Students will be tested on: finding the mean of a given data setfinding the mean absolute deviation of a data setcomparing mean absolute deviations in a real w

This slideshow includes 11 slides about box-and-whisker plots. There are 17 practice problems including multiple real-world problems. The topics covered include: box-and-whisker plotsinterquartile rangequartilesmedianshape of box-and-whisker distributionsCheck out my other resources!

This slideshow includes 15 slides about sample spaces and theoretical probability for honors geometry. There are 13 practice problems including multiple real-world problems. The topics covered include: probability experimentsoutcomeseventssample spacesusing tree diagrams to represent sample spacestheoretical probability of eventscomplement of a theoretical probabilitygeometric probabilitiesCheck out my other resources!

In this product, students are given an interactive Google Doc in which they watch a video and read instructions for the task at hand. With a deck of cards (there is a virtual option on the Google Doc), they will pick the given number of cards randomly from the deck and find the mean, median, mode, and range of the numbers. This allows for randomization as well as student choice. *You can modify this activity by adding more rounds with varying amount of cards to be chosen from the deck.*

In this interactive Google Doc, students answer questions about the basics of probability: what is it, where do we see it in everyday life, vocabulary terms, etc. I give this assignment to my Geometry students directly following our first lesson on probability to ensure they have a grasp on the basic concepts before moving into more complicated instances of probability. Check out my other resources!