• specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook
  • specific-gravity-block-with-hook

Specific Gravity Block With Hook

32 mm metal cube with brass hook for density experiments.
SKU: 3520
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Specific Gravity Block With Hook

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The Specific Gravity Block with Hook is a 32 mm metal cube used for demonstrating density and buoyancy in educational and laboratory settings. Each cube is made from a different metal—Iron, Zinc, Aluminum, Copper, Brass, or Lead—to show the unique density of each material. The cube comes with a brass hook attached by a threaded connection and measuring about 26 mm in length, making it easy to suspend the cube for testing.

Product Specifications

Code Materials Approx. Cube Dimensions (mm) Approx. Cube Weight (g) Approx. Total Weight (g) Approx. Specific Gravity Approx. Hook Specifications
3520-03 Iron 32 x 32 x 32 -0- -0- -0- Brass, ~26 mm length, threaded
3520-06 Zinc 32 x 32 x 32 -0- -0- -0- Brass, ~26 mm length, threaded
3520-01 Aluminum 32 x 32 x 32 ~83.5 g ~86.5 g ~2.6 Brass, ~26 mm length, threaded
3520-05 Copper 32 x 32 x 32 ~279 g ~282.1 g ~8.5 Brass, ~26 mm length, threaded
3520-02 Brass 32 x 32 x 32 ~265 g ~268 g ~8.1 Brass, ~26 mm length, threaded
3520-04 Lead 32 x 32 x 32 ~362.8 g ~365.8 g ~11.1 Brass, ~26 mm length, threaded

Applications and Benefits:

  • Ideal for physics and science classroom demonstrations.
  • Used in density and buoyancy experiments.
  • Provides hands-on learning for mass and volume calculations.
  • Demonstrates material properties through direct comparison.
  • Includes a brass hook for easy suspension and measurement.

Caution:

Handle with care, as metal blocks can be heavy and may cause injury if dropped. The lead block should be handled with caution due to its toxicity; wash hands after handling and avoid ingestion or prolonged exposure.

Note: Cube weight is estimated using the formula: Weight ≈ (Density in g/cm³) × (Volume in cm³), where 32 mm = 3.2 cm and Volume ≈ 3.2³ ≈ 32.77 cm³. Actual weight may vary slightly.

  • Availability: In Stock
  • Model: 3520
  • Brand: MiniScience

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