EISCO 12pc Density Metals Variety Set - Brass, Iron, Aluminum, Copper, Zinc & Lead - Assorted Shapes & Sizes - for Studying & Comparing Density & Mass

12 piece density metals set. Set includes an assortment of shapes and sizes, and includes 2 of each metal - Brass, Iron, Aluminum, Copper, Zinc & Lead. Masses range from 12 - 25g, giving learners a wide range of different values to study.Excellent for physics classrooms. Density metals have a wide range of educational applications for all grade levels, including density investigation, specific heat and specific gravity exploration.Due to the nature of raw metals, some oxidation or corrosion due to humidity and storage may occur. Simply scuff any oxidation off to make the item look brand new again. These density metals are designed to be used in an educational setting and are not fabricated using ultra high precision machining. Expect tolerances in the +/- 5% range of any stated dimensions (although they are generally much tighter).The Eisco Labs Density Investigation series is designed to help students identify and figure out mass, understand the relationship between mass, volume & density, to understand specific heat and specific gravity and provide them with quality introductory physics and chemistry concepts.

• 12 piece density metals set. Set includes an assortment of shapes and sizes, and includes 2 of each metal - Brass, Iron, Aluminum, Copper, Zinc & Lead. Masses range from 12 - 25g, giving learners a wide range of different values to study
• Excellent for physics classrooms. This set allows learners to explore density determination. Additionally, the metals can be used for specific gravity and specific heat experiments
• Due to the nature of raw metals, some oxidation or corrosion due to humidity and storage may occur. Simply scuff any oxidation off to make the item look brand new again
• Designed to be used in an educational setting and are not fabricated using ultra high precision machining. Expect tolerances in the +/- 5% range of any stated dimensions (although they are generally much tighter).