A piece of metal weighing 26g is immersed in a quantity of water in a graduated cylinder. The initial volume of the water was 16.0 ml and volume of water plus metal is 22.0 ml. The density of metal in g/ml is? If you get this right i will hand you over my beach front property in alabama!!

You need to do some serious thinking.

density is mass/volume

Mass is given. The volume of the metal is the final volume minus the initial volume of the water.

mass of 80.0 cm2 and density of 1.9g/cm3

To find the density of the metal, we need to use the equation:

Density (D) = mass (m) / volume (V)

Given information:
- Mass of the metal = 26g
- Initial volume of water = 16.0 ml
- Final volume of water + metal = 22.0 ml

To solve this problem and find the density, we need to calculate the volume of the metal.

Volume of the metal = Volume of water + metal - Initial volume of water
Volume of the metal = 22.0 ml - 16.0 ml = 6.0 ml

Now that we know the mass of the metal (26g) and its volume (6.0 ml), we can substitute these values into the density equation:

Density (D) = 26g / 6.0 ml

Calculating this, we find that the density of the metal is:
D = 4.33 g/ml

So, the density of the metal is 4.33 g/ml.

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