MathNoHow

This worksheet contains 30 practice questions about graphically recognizing inverse functions. The students must examine each diagram, and then decide if the diagram / graph represents an inverse function. The worksheet comes in two formats: All 30 questions on one page, or the 30 questions spread out over two pages, with 15 questions on each page. This second format is similar to the format of another of my products, "Math Worksheet 0045 - Reference Angle", which has been downloaded many times.

There are 36 “graphs of functions” task cards in this product. An answer sheet is provided at the end of the task cards. For each graph, students must solve: · Domain of graph. · Range of graph. · Is it a function: Yes or No? Students sometime struggle with questions about domain and range of graphs and finding if it’s a function or not, which is why I made many questions. The graphs vary from easy graphs of lines, parabolas and absolute values to far more complicated graphs. There is ample

This worksheet contains 24 practice questions about plotting points. The students must examine each set of points given, and then plot the points. After plotting the points, the students must examine the final shape and identify the shape, where possible. Picture 2 of this product shows the general layout of the worksheet. Pictures 3 and 4 show two sample questions with answers. The first 18 questions are contained in the first three pages, with 6 questions per page. The final 6 questions are

This has 24 questions about dot plots and frequency tables. The questions are in a variety of formats: · Analysis of a dot plot and transferring the results to a frequency table. · Analysis of a dot plots and answering questions based on this dot plot. · Examining data given, inserting this into a frequency table and then cutting and sticking the correct dot plot into the question. · Compiling a dot plot from data given and then determining the: Shape Peak Cluster(s) Gap(s) Center Spre

This worksheet contains 30 reference angle graphs. Students must examine each graph and determine the reference angle of the angle given in the graph. Answers are also included on a separate document. Please examine the screenshots of the worksheet to get an idea of the layout of the sheet, and also an up close view of a sample question and answer, as it would appear on the sheets. I hope this worksheet makes cuts your already heavy workload down a little. If you have any questions, please don't

This product contains a set of 10 distance - time practice questions. They can used when teaching physics in junior science, or also in Mathematics. I made them for kids when they asked for extra practice, as they found some of the concepts hard to grasp. The first question is explained in clear detail, and is followed by 10 other practice questions. The sheets are beautifully laid out, to be as presentable as possible to students. Answer key is included. I hope you find this product very useful

Students often love flashcards, and this is a set of 80 flashcards for the SAT I Math test. These cards are designed to help students with the various terms and vocabulary that they don’t understand, often forget or have trouble learning how to apply. The cards have the terms in alphabetical order from 1 – 80 with concise but helpful diagrams and examples where necessary or possible. The cards come in two different formats: one with boxes and one without. Look at the screenshots or download the

This product contains 33 tasks. Each task has a graph of a linear equation and a number of questions on each. Some graphs have only one linear equation, and some have two linear equations. There are two sample questions at the start of this product, one with only one graph and the other sample question has two graphs. For each graph, a number of questions are asked and solutions given. This give the students a good introduction on how to interpret such graphs and answer questions from them. All

This worksheet contains a total of 37 practice questions on how to determine the domain and range of a function by examining the graph of the function. There is a straight to the point introduction page (included in the preview) explaining what a function is. Then two explained examples are given, followed by 9 simple practice questions. After this, there are 4 more complex examples given, with explanations. Following these more complex examples, are 28 practice questions. Answers are included.

This product contains a total of 36 task cards to help students practice and understand how to examine word problems and write them in the form of linear equations. After the linear equation has been derived, the students are then required to solve the equation for the variable in the task card. Three of the cards require the students to represent the situation on a graph. Many students really struggle with this topic, hence my reason for making so many of these cards. While my students are we

This an introduction to scatter plots, line of best fit and correlation, with practice questions. The terms are explained with worked out examples. Methods are used to explain how to interpret scatter plots, line of best fit and correlation. There is also a picture of scatter plots that can be used as a poster (especially if printed in A3) or given to students as cover pages for their journals. This worksheet covers the following topics: • Correlation, including: - Positive, negative or

This worksheet contains 36 practice questions about domain and range. The students must examine each picture on the graph and determine its domain and range. I used these diagrams, as the students found it more interesting and more fun to determine range and domain of pictures, rather than looking at graphs alone. The first picture of this product shows the general layout of the worksheet. Pictures 2 and 3 show sample questions. Please download or look at the preview to get a better idea of the

There are 32 task cards in this worksheet, labelled 1 to 32. An answer sheet with graphs is provided at the end of the task cards, as well as a table of answers showing the points of intersection of each line and parabola on the task cards. Students must examine each task card and draw the parabola and line of each on the graph provided. They then determine (visually / graphically) where they intersect. There are two task cards per page. I recommend setting up 8 stations with four cards per st

This worksheet contains 24 practice questions on sketching a parabola and a line. The students must examine and sketch each set of equations and, observe where the parabola and the line intersect. Pictures of this product show the general layout of the worksheet and an answered sample question. The worksheet is in three slightly different formats: each has the same questions but one has all 24 questions on one page, the second version has all questions on 4 pages to allow more space to draw th

How to use this: There are 40 task cards with graphs of absolute values in this worksheet. I strongly recommend laminating the printed pages before cutting them out first, so they can be used time and again. Answers are provided at the end of the task cards. 40 may seem like a lot of task cards, but students often find this topic confusing and practice makes perfect. Given that there are 40 cards, stations can be set up to allow the students to work in groups. There can be 10 stations of 4, or

This worksheet contains 24 practice questions about identifying if sets of points are functions or not. The students must examine each set of points given, and then plot the points. After plotting the points, the students must use the vertical line test to determine if each set of points is a function or not. Picture 2 of this product shows the general layout of the worksheet. Pictures 3 and 4 show a sample question and a question with an answer. The first 18 questions are contained in the firs

There are 20 questions in this worksheet, each question in a box. The questions are labelled “1” to “20”. The boxes are colored green for game 1, where there are 20 questions to be completed by students, either individually or in groups of two. I recommend allowing students to work in groups of two. There is a second version of this: where kids can work in groups of two, but each has a worksheet with only ten questions. One student must complete the red worksheet, and one must complete the bl

This worksheet has 36 absolute values graphs on 6 pages with 6 graphs per page. There are three versions of this worksheet: 1. Students must examine the graphs and work out the absolute value equation. When this is done, they must cut out the equation and stick it under the graph. If a teacher wishes to allow the students to simply write in the answers instead of cutting and sticking, this is also fine. 2. Students are given the sheets with the absolute value equation. They must work out what

This worksheet contains 36 diagrams of different angles drawn on graphs. Students must examine each line on the graph and determine the measure of the angle. They must then find the coterminal angles (if any) in the range provided. The first six questions have are in the range of -360 to +360°. Another six questions are in the range -720° to +720°. This is because these two ranges are quite common for this type of question. The remaining 24 questions are in various individual ranges. Answers ar

How to use this: There are 20 sheets for this scavenger hunt. The sheets should be placed in different places in the classroom. Each sheet has an absolute value graph. The students must examine the graph and determine the equation of the graph. When the question is solved, the students must find the answers to their question on another sheet. They keep working out the answer to each graph, follow this answer to find the next question and so on until all questions are completed. The game can