Students will engage in a hands-on exploration of ratios by simulating the role of zookeepers tasked with managing animal diets and resources. Through interactive activities, they will calculate and apply ratios to ensure the proper allocation of food and care for various animals, fostering a deeper understanding of mathematical concepts in a real-world context. This project encourages collaboration, critical thinking, and problem-solving as students work together to address the essential questions and meet the needs of a zoo environment.

Students will develop a strong understanding of ratios and unit rates by applying these concepts to real-world scenarios in a zoo setting. They will engage in activities that require them to calculate and compare the food, space, and care needs of different animals, using tables, diagrams, and equations. Through collaboration and problem-solving, students will explore how zookeepers use ratios to manage resources efficiently and ensure animal well-being. By the end of the project, students will be able to articulate and demonstrate the practical applications of ratio reasoning in managing zoo environments.

Students will work collaboratively to design a comprehensive feeding plan for a zoo, incorporating ratios and unit rates to determine the necessary quantities of food for different animals. They will create detailed posters or presentations showcasing their feeding plans, including visual aids such as tables of equivalent ratios and diagrams. By the end of the project, students will present their findings to the class, explaining how their calculations ensure the health and well-being of the animals while efficiently managing resources.

Kick off the project with a virtual tour of a zoo, focusing on the feeding routines of different animals. Invite a zookeeper to join the class via video call to discuss the importance of ratios in daily tasks like feeding and habitat maintenance. Following the tour, have students work in small groups to brainstorm and present a plan for feeding a specific group of animals, using ratios to determine the amounts of food needed for each animal. This will set the stage for deeper exploration and application of ratio concepts throughout the project.

Students will create a "Zoo Resource Management Plan" presentation, showcasing their understanding of ratios and unit rates through practical zoo-keeping scenarios. They will design informational posters or digital slides that illustrate how ratios are used to determine food quantities, space allocations, and other resource needs for various animals. The exhibition will include interactive stations where students can demonstrate their problem-solving processes using models, such as tape diagrams or double number lines. Parents, teachers, and classmates will be invited to engage with students as they explain their findings and answer questions about their projects.