The purpose of this project is to engage 8th-grade students in a hands-on exploration of the structure and properties of matter, integrating math standards through real-world applications. By constructing models and conducting experiments, students will deepen their understanding of how matter and energy interact in everyday objects. This project aims to foster critical thinking, collaboration, and problem-solving skills, while connecting scientific concepts to practical experiences observed during a virtual field trip.

Students will explore the structure and properties of matter through hands-on experiments, enhancing their understanding of density and its mathematical representation using scientific notation. They will develop their ability to estimate and compare large and small quantities, applying 8th-grade math standards in real-world contexts. By engaging in collaborative problem-solving and reflective practices, students will strengthen their socio-emotional skills and recognize their role in academic growth. Through a virtual field trip, they will connect classroom learning to real-world applications, gaining insights from industry professionals.

Students will create a detailed model that demonstrates the relationship between matter and energy in everyday objects, using their understanding of matter's properties. Throughout the project, students will maintain a project journal documenting their experiments, calculations, and reflections on collaborative problem-solving. By the end of the project, students will present their models and findings in a classroom showcase, highlighting their understanding of density and scientific notation through real-world applications.

Begin the project with a virtual field trip to a manufacturing plant or research facility, where students can observe the practical applications of matter properties. During the session, facilitate a live Q&A with professionals in the field, allowing students to inquire about how matter and energy are utilized in everyday objects. This experience will set the stage for the hands-on experiments and mathematical calculations that follow.

At the culmination of the project, students will host a "Matter and Energy Expo" where they present their models and findings to peers, teachers, and family members. Each student will showcase their project journal, highlighting their process, challenges, and reflections on collaboration and problem-solving. The expo will include interactive stations where attendees can engage with the experiments and ask students questions about their discoveries and mathematical calculations. This event will provide a platform for students to articulate their understanding of matter's properties and demonstrate their application of math standards in real-world contexts.