📏 Ajax Scientific Specific Cylinder Diameter: Precise Measurement for Accurate Results Review

This cylinder diameter tool is a gem for any industrial and scientific setting. It is made of high-quality materials that ensure durability and precise measurement. The compact size and simple design make it easy to use and store. The only downside is that it can be a bit tricky to read the measurements if you're not familiar with using this type of tool. Overall, a great addition to any measurement kit.

Four rods equal density for four materials listed on Wikipedia. Weight in g (and density in g/cm3) of the first three: Aluminum: 8.58 (2.7) Brass: 26.29 (8.4) Copper: 28.34 (9.0) Fourth bar (darkest) about 0.3 mm wider than the rest, and does not correspond to iron or zinc (7.874 and 7.14 on Wikipedia):?: 22.13 (6.6) The fifth bar corresponds to the density of iron: iron: 24.75 (7.9)

Great metal cylinders for the density lab in my physics class. I would like to know the mix of brass metals. Incorrect density calculation for brass. Assuming a different ratio of Cu, Pb and Zn than what is used in my brass density chart. It would be helpful if the specific gravity of each cylinder was included in the package.