Love2Math4Ever

This is a digital activity! Students can type their answers into the google slides. The worksheet has 7 problems on the front of finding area and perimeter of rectangles and squares when the sides are 2-3 termed expressions; some of those include diagrams and some are descriptions where students have to draw the rectangles being described. There are questions where students have to add a frame to their rectangles and find a new area and perimeter. The last 5 questions are the "for what value

This digital activity is interactive. For the first 3 slides, students practice finding slope by "rise over run." Students put dots on the graph to show which 2 points they are counting between, then after finding the slope, students can use the "drag and drop" feature to see if they are correct. This activity is self-checking in the respect that if a student cannot find their answer, they have made a mistake. The 4th slide introduces the slope formula and has a brief example of using the featu

This is not for the faint of heart! This is for students who are experienced with solving equations with variables on both sides. As the slides go further and further, the problems get more difficult. I have used this as a review game or as an activity right before a break. The game is played like BINGO. Each slide has a problem that students work through. Students cross off their answer (answers are from -12 to +12). The first person to have bingo is the winner. I have played to get a double b

This interactive google slide activity has 2 slides of showing the slope intercept form equation (positive slope, negative slope, horizontal and vertical lines). Then it goes into interactive practice. Students drag and drop the "points" on the slide to find 2 good points in which to count the slope and find the y-intercept. After they drag the points, they can count their slope (find it along the side, and then drag and drop it into the equation), then they do the same for the y-intercept. Ther

Use these interactive digital activities to tell how your students are doing with the concepts. The digital activities have drag and drop features and are self checking in the respect that if a student cannot find his/her answer, it is a hint that they must have done something wrong or in the respect that if when a student is done, they shouldn't have any left over answers. This activity is great for checking for understanding either shortly after the concept was taught or even later to make sur

This activity can be used with the NCTM illuminations website where students can explore what happens when you make changes to the equation. Students can immediately see those changes. The activity is a presentation where students have to identify the changes in each graph based on period, amplitude, or shifts (up and down only). From there, students can work with a partner to determine what they think the equation would be. Students can check their equations by using the illuminations website u

This slideshow takes you through several examples of how to convert from slope intercept to standard. It goes through the steps of how to rewrite the equations when there are fractional coefficients and it has them rewrite so that A is always positive (in Ax + By = C). The slides are animated and take you through the process mathematically and in words. Great to reinforce learning before independent work or as a quick whiteboard practice. If you teaching virtually, students could use this as a "

In the first google slide activity, students try to figure out the equations of the sine graphs (2 changes only...amplitude and shift up/down). This is the teacher version, so make sure to make a student copy and delete the answers at the end. These are great for students who are still working through these processes. All graphs are shown through 360 degrees. This is the first of 2 slide activities that I do with my students. The second one is listed separately. It has 3 changes: amplitude, shif

This can be thought of as a digital worksheet. There are 4 problems per page, and each problem's answer is a moveable graph on that page (20 problems total). Students can finally hone in their skills to better understand this process. Each inequality is graphed in red and blue; the overlapping region will be in purple (and there are a couple of "no solutions" thrown in here as well). This is a "drag and drop" interactive activity. The problems are designed to have students focus on the aspects

In this activity, students explore graph of sine functions and try to identify the 3 changes (period, amplitude, and shift up/down) in order to determine the equation of the graph. Students usually do this in my class as a partner activity at first. This brings about great conversations on patterns that they may notice in finding the equations. This is the teacher version, so it has the answer key at the end. There are 8 slides for students to analyze.

These digital worksheets have room for students to upload or type their work. Each digital worksheet is self checking with movable parts. Students are to find their answers and then find the appropriate x and y values. Day 1: Systems where it is already appropriately set up for students to eliminate (or they may have to multiply one equation by -1) Day 2: Systems where students must multiply one equation in order to solve the system Day 3: Systems where students must multiply both equations in

In this google slide presentation, students are posed with different scenarios and need to decide if it requires a permutation or combination to solve andthen find the answers. These bring about great conversation so that students have a better understanding of the difference between permutations and combinations.

This is a google slide presentation that could be used with students in the face to face setting or virtually. It has a reminder for virtual students to do their attendance in google classroom (completely editable). It has a slide for each day of the week, plus a slide for the week at a glance (with movable, colorful buttons), and a slide for the month at a glance (again with the same colorful, movable buttons). It's a fun theme with a very cute font.

This google slide presentation can be shared with students as a digital worksheet. There is space for students to attach their work or type their responses for each problem. There are also draggable pieces where students can check their answers from the possible number banks (there is a number bank of x values and a number band for y values); students can choose to attach their work at the end of the slide presentation. Answer key is provided. MAKE SURE TO MAKE A STUDENT COPY before sharing with

This google slide presentation can be shared with students as a digital worksheet. There is space for students to attach their work or type their responses for each problem. There are also draggable pieces where students can check their answers from the possible number banks (there is a number bank of x values and a number band for y values); students can choose to attach their work at the end of the slide presentation. Answer key is provided. MAKE SURE TO MAKE A STUDENT COPY before sharing with

This google slide presentation can be shared with students as a digital worksheet. There is space for students to attach their work or type their responses for each problem. There are also draggable pieces where students can check their answers from the possible number banks (there is a number bank of x values and a number band for y values); students can choose to attach their work at the end of the slide presentation. Answer key is provided. MAKE SURE TO MAKE A STUDENT COPY before sharing with

This google slide presentation gives students 5 basic simplifying square root problems that they can practice on paper or dry erase; the answer will appear before the next slide. Then, 3 more challenging problems are given (again, with answers that appear on the click). This is followed 5 simplifying square root problems with coefficients. On the click, these problems will have the steps shown in the simplifying process along with the answer.

This slide presentation shows how to combine the two graphs and look for the overlapping regions. The functions are always graphed in red and blue and their overlapping regions are shaded in purple. Included in the slide presentation are 3 slides visualizing the weird cases (no solutions or the weird aspects of parallel lines). Used in combination with the digital activity in my teacher store.

This google slide presentation takes students from solving basic absolute value equations to solving complex absolute value equations. Slides 1-5 have animated hints and answers to solving these, slides 6-13 are practice slides where only the answers are animated. This is a great way to get your class "on the same page" with this topic. The first few slides provide the opportunity to introduce this as a discussion type format before introducing the topic or you could even use this as a review. T

This slideshow takes you through an activity that you can do with students or they can click through on their own. The answers are included and the slides are animated. It begins with 2 step inequalities, moves on to fractional coefficients, jumps to multistep inequalities, then ends with inequalities with variables on both sides. In class, you can click through as students work through the problems on paper or on whiteboards. Ther are a total of 12 problems (13 slides including title slide)