As with other practice performance tasks, students will show work on a Google Doc. The top of the page includes links to the various pieces of information and tools that the students will need to solve the problem.
In terms of showing work, it has been helpful to remind students to think about each problem as being worth 3 points (1 point for showing work, 1 point for explaining thinking, 1 point for answer with units). We don't know ahead of time what rubric will be used, so giving students explicit directions on what to show on their Google Doc is helpful.
Once students navigate to the "Introduction and Specifications for Work" page, they will see the diagram below. The first task is to determine how to split the basement into a home office and workshop. The budget for this part of the project is $30,000 and the contractor charges $50 per square foot to finish the home office. The workshop will be unfinished.
You can also show students how to use the text tool to add labels to the diagram. When introducing the activity it will be helpful to let students know that the black points are 2 units apart.
Students struggling to find the various dimensions of the workshop can turn on the grid (see image below), which is set up to scale by 2 units as well.
Students should add a screenshot of their image into the appropriate place on the Google worksheet.
The second task asks students to pick a flooring for the home office from the table below. The budget is $1500 for flooring, which is in addition to the $30,000 for the contractor. Task 2 gives students an opportunity to justify their reasoning. There are many flooring options to pick from that come in under budget. Students receive full credit for choosing an option and providing an explanation for how they know that they are staying within the budget.
Task 3 asks students to find the dimensions of a bathroom that takes up 10% of the home office and is 3 feet longer than it is wide. They are asked to do this by writing and solving a polynomial equation. I included a link to Desmos so students can use it to solve the polynomial equation (quadratic), which is not factorable. If this activity is given during a 50 minute class, students will most likely not get to task 3, or it can be completed by our early finishers that need the extra challenge.





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