Grade 7 activities

In this hands-on activity, students use equivalent ratios to scale down real-world park dimensions and see their design come to life in an automatically generated graph. As they convert measurements, complete ratio tables, and analyze the final layout, they build fluency in proportional reasoning and visual interpretation.

In this real-world math activity, students apply their understanding of ratios and fractions to convert Grandma’s recipe from kitchen units to standard grocery store units. Using a conversion chart and price list, they calculate the quantity and cost of each ingredient, determine the total expense for 25 cookies, and find the cost of one cookie.

In this real-world math activity, students calculate the total cost of grocery items using unit rates and determine if their $100 budget is enough. Perfect for practicing decimals, multiplication, and proportional reasoning.

In this real-world math challenge, students use ratio and unit rate skills to plan a 1,250-mile road trip. They analyze past vehicle data, calculate miles per gallon, total costs, and compare options to choose the most cost-effective car.

Students act as the CEO of a company, to find the cheapest country to purchase the raw materials, students will do unit conversion between different currencies.

Students will find the unit rate of seven products in three stores - Farm Fresh, Market Bargain, and Quality stores. They will compare the unit prices and find the cheapest store to purchase each ingredient.

Students analyze real-world financial situations to calculate percent increase and decrease. Using a connected storyline, students examine changes in stock investments, monthly expenses, and online store prices. This worksheet builds proportional reasoning through table-based problems and supports randomized values for independent, auto-graded practice.

In this real-world math challenge, students use percent skills to shop smart at a tech store. They apply discounts, markups, and sales tax to build a tech bundle within a $150 budget, developing proportional reasoning and financial literacy.

Students will use the simple interest formula and its variations to find the interest, principal to be deposited, and the interest rate they should be looking for to get $100,000 after 10 years for their dream house.

Students will use the simple interest formula and its variations to find the interest, principal to be deposited, and the interest rate they should be looking for to get $100,000 after 10 years for their dream house.

Track real-world temperature changes in Antarctica while learning how to add and subtract rational numbers. Students plot values on a number line, analyze patterns, and apply math to freezing-cold data!

In this budgeting simulation, students manage a week's worth of debit card transactions using addition and subtraction of rational numbers, track their account balance, calculate daily spending, and analyze patterns in their financial habits.

Students take on the role of a restaurant’s financial manager, tracking income and expenses, calculating a running balance, and analyzing spending patterns using rational number addition and subtraction and using graphs.

A fun and visual worksheet where students calculate how much pizza each person ate using fractions and decimals. Perfect for practicing proportional reasoning, comparisons, and data interpretation with minimal text and maximum engagement.

Students run a ride-share business, calculating profits using multiplication and division of rational numbers. They analyze real-world costs, earnings, and forecast long-term success using math.

In this engaging simulation, students use multiplication and division of rational numbers to track and compare two stock investments over five days—calculating share quantities, portfolio values, and final profits.

Students compare three different phone plans by writing algebraic expressions to model their monthly cost. They evaluate these expressions for different data usage amounts and determine at what point one plan becomes more economical than the others.

Students compare three streaming services by writing and evaluating algebraic expressions that model total subscription costs over time. They determine which plan is most cost-effective and justify their choice using math.

Help plan a lemonade stand by writing expressions for cost and profit, solving inequalities to reach a profit goal, and analyzing how the number of cups sold affects earnings. Students build a table, plot a linear graph, and use a slider to visualize how profit changes—making math both real and interactive!

Students write and solve inequalities representing real-world side jobs, then analyze automatically generated graphs to compare job outcomes and make decisions based on visual and numerical insights.

Track your budget on a 3-day road trip by calculating gas costs, food expenses, and entrance fees. Students solve multi-step problems using decimals and precents to stay within a $200 budget.

Students measure room dimensions from a coordinate grid-based floor plan, calculate area, and determine the total cost of tiling the apartment. A practical geometry task that connects math to real-world construction!

Students use a floor plan on a coordinate grid to measure room dimensions, calculate perimeter, and estimate the total length and cost of baseboard trim needed for an apartment renovation. A hands-on geometry application!

In this interactive geometry activity, students measure features on a scale map, convert to real-world dimensions, then rescale the layout for a presentation. Visual feedback confirms correct answers instantly. A hands-on way to apply proportional reasoning and scaling!

Students use a city map on a coordinate grid to calculate real-world distances between locations, convert grid units to meters, and determine travel times—bringing coordinate geometry to life through practical navigation tasks.

Students use a floor plan to calculate the volume of rooms by measuring dimensions and applying the formula for volume of rectangular prisms. They then estimate the HVAC cost, connecting geometry to real-world heating and cooling applications.

In this real-world geometry activity, students calculate area, volume, and circumference of different landscape features to estimate the total cost of a backyard project. Shapes include rectangles, triangles, trapezoids, circles, and more. A perfect blend of math and practical application!

In this worksheet, students analyze six real-world scenarios involving random samples to make inferences about larger populations. They will calculate proportions, means, and ranges, and reflect on the reliability of their conclusions based on sample size and variability.

Students analyze a random sample of lunch preferences to estimate the most popular food choices in their school. They compare results from multiple surveys—including a biased one—to understand the importance of sample size and randomness in drawing reliable conclusions.

Students compare the sleep patterns of 7th and 8th graders using real-world data. They calculate mean, median, range, and IQR, then interpret histograms and make informal inferences about group differences. This worksheet supports randomization, so each student may receive different sleep data.

Students analyze test score data from two schools — one using tablets, the other using textbooks — to calculate mean, median, range, and IQR. They compare the distributions using numerical measures and histograms to draw conclusions about student performance.

In this engaging worksheet, students analyze 8 sports players using real-world data. They calculate mean, median, mode, and range of game stats, then select the best 3 players for their dream team. A fun way to apply statistics in decision-making!

Practice compound probability by building outcome combinations using drag-and-drop. Students explore real-life scenarios and calculate probabilities from organized tables.

Students explore how theoretical probability applies to real-world weather forecasting by simulating 20 days of rain predictions. They compare their experimental results to the predicted 30% chance of rain and reflect on what probability really means.