Enhance physics learning and experimental exploration with the Archimedes Principle Overflow Cup, specially designed for middle school education and DIY enthusiasts. Crafted from durable plastic and ABS materials, this teaching tool allows students to effectively verify Archimedes' Law by demonstrating the relationship between buoyancy and displaced liquid volume. Its simple assembly and interactive operation cultivate critical thinking, analytical skills, and a deeper understanding of fundamental physics concepts. Key Features: · Educational and Engaging: Facilitates hands-on experiments to verify Archimedes' Principle, fostering interest in physics and laying the groundwork for future studies in mathematics, physics, and chemistry. · Comprehensive DIY Kit: Complete with all necessary tools for self-operated experiments, suitable for both classroom environments and home learning. · Clear Demonstration of Buoyancy: Shows how objects immersed in water experience upward buoyant force equal to the weight of the displaced liquid, reinforcing theoretical knowledge with practical observation. · Versatile Measurement Capability: Supports precise volume and density calculations of irregularly shaped objects by measuring displaced water, enhancing scientific inquiry and problem-solving skills. · Durable Construction: Made from high-quality plastic and ABS, ensuring long-lasting use and easy maintenance after each experiment. · Encourages Critical Skills Development: Stimulates imagination, exploration spirit, practical ability, and analytical thinking through active participation in physics experiments. Specifications: · Item Type: Archimedes Principle Overflow Cup · Material: Plastic + ABS · Transparent Overflow Cup Size: Approx. 6.3 x 14.5 cm (2.5 x 5.7 in) · Large Measuring Tube Size: Approx. 3.7 x 10.8 cm (1.5 x 4.3 in) · Small Measuring Tube with Lid Size: Approx. 3.3 x 8.1 cm (1.3 x 3.2 in) Usage Instructions: 1. Place the plastic cylinder inside the overflow cup; the volume of the plastic bucket approximates the volume of the cylinder. 2. Hang the bucket on the left dynamometer hook to measure its weight. 3. Remove the plastic cylinder and hang it separately; observe the dynamometer readings. 4. Immerse the cylinder into the overflow liquid (water) to observe the decrease in dynamometer reading, illustrating buoyancy. 5. Pour the overflow liquid back into the bucket to confirm that the buoyant force equals the weight of displaced liquid, proving Archimedes' Law. 6. Use the dynamometer and overflow cup to measure the volume and density of objects, including irregular shapes, through displacement methods. Maintenance Tips: · Always hang the dynamometer vertically and calibrate it to zero before use. · Store the dynamometer flat and avoid pressure from heavy objects to maintain accuracy. · Clean the plastic components thoroughly after each use to ensure clear visibility and hygiene. This Archimedes Principle Overflow Cup provides an interactive, educational experience perfect for students, teachers, and science enthusiasts eager to explore the fundamentals of buoyancy and density through hands-on experimentation.