86g - 73g = 13g
so the volume is 13 ml
density is
86g / 13 ml = 6.615 g/ml
10 cm is not a volume10 cm3 is a volume.85g / 10 cm3 gives a density of 8.5There are some brass alloys and some bronze alloys that have a density of 8.5Brass is an alloy of zinc and copper (and often other metals).Bronze is an alloy of copper and tin (and often other metals)Many other alloys may also have such a density.
No, you cannot. The mass and volume of an unknown substance will give you its density. Density is not a property that can identify a substance unless you know that it is pure but not if it could be a mixture. For example, sodium has a density of 0.97 g/cc and osmium a density of 22.6 g/cc. These two metals can be combined in various proportions to give an alloy with a density with any value between the two given numbers. I am not sure how stable such an alloy might be but the point is that you could make an alloy with the same density as tin, or iron, or lead or bronze or most other metals or metallic alloys that you care to name.
Da = (D1V1 + D2V2 + D3V3 + ..) / (V1 + V2 + V3 + ..) = (m1 + m2 + m3 + ..) / (V1 + V2 + V3 + ..), where Da is the alloy's overall density, Dx is the density of the given component metal, Vx is the volume of the given component metal, and mx is the mass of the given component metal.
Bronze is an alloy, not a compound. Its density depends on the exact composition. Weight = Mass*Volume*Gravitational attraction = 8.95 to 10.34 pound force.
8,53 g/cm^3
Kg. is a unit of mass, not of weight. In any case, you don't have enough information. You also need to know the density of the alloy.
10 cm is not a volume10 cm3 is a volume.85g / 10 cm3 gives a density of 8.5There are some brass alloys and some bronze alloys that have a density of 8.5Brass is an alloy of zinc and copper (and often other metals).Bronze is an alloy of copper and tin (and often other metals)Many other alloys may also have such a density.
No, you cannot. The mass and volume of an unknown substance will give you its density. Density is not a property that can identify a substance unless you know that it is pure but not if it could be a mixture. For example, sodium has a density of 0.97 g/cc and osmium a density of 22.6 g/cc. These two metals can be combined in various proportions to give an alloy with a density with any value between the two given numbers. I am not sure how stable such an alloy might be but the point is that you could make an alloy with the same density as tin, or iron, or lead or bronze or most other metals or metallic alloys that you care to name.
No, you cannot. The mass and volume of an unknown substance will give you its density. Density is not a property that can identify a substance unless you know that it is pure but not if it could be a mixture. For example, sodium has a density of 0.97 g/cc and osmium a density of 22.6 g/cc. These two metals can be combined in various proportions to give an alloy with a density with any value between the two given numbers. I am not sure how stable such an alloy might be but the point is that you could make an alloy with the same density as tin, or iron, or lead or bronze or most other metals or metallic alloys that you care to name.
Yes. You can divide the mass by the volume to find its density. Density is a property that can identify a substance.* * * * *No, you cannot! Density is not a property that can identify a substance unless you know that it is pure.All you can do is with mass and volume is determine the density of the substance, which could be a mixture. For example, sodium has a density of 0.97 g/cc and osmium a density of 22.6 g/cc. These two metals can be combined in various proportions to give an alloy with a density with any value between the two given numbers. I am not sure how stable such an alloy might be but the point is that you could make an alloy with the same density as tin, or iron, or lead or bronze.
Da = (D1V1 + D2V2 + D3V3 + ..) / (V1 + V2 + V3 + ..) = (m1 + m2 + m3 + ..) / (V1 + V2 + V3 + ..), where Da is the alloy's overall density, Dx is the density of the given component metal, Vx is the volume of the given component metal, and mx is the mass of the given component metal.
Copper-nickel is an alloy of copper and nickel which have different densities. You need to know the proportions of each metal in the alloy to determine its density.
You can calculate density with the formula density = mass/volume. The density of pure silver is 10.49 g/mL or 10.49 g/cm3. Of course silver is frequently alloyed so the density of the alloy may be a bit different - but probably still somewhat close to the density of pure silver since it should be mostly silver.
Brass is an alloy which has a density which ranges between 0.0084 and 0.0087 grams per mm^3 So the mass will range between 318 times the density range.
Bronze is an alloy, not a compound. Its density depends on the exact composition. Weight = Mass*Volume*Gravitational attraction = 8.95 to 10.34 pound force.
You can, but only if you know the density (or specific gravity) of the steel. Since steel is an alloy, its density is variable - depending on the other substances and their proportions in the alloy.
Density is an intensive property of matter that is defined as the ratio of an object's mass to its volume. Mass is the amount of matter contained in an object and is commonly measured in units of grams (g). Volume is the amount of space taken up by a quantity of matter and is commonly expressed in cubic centimeters (cm3) or in milliliters (ml) (1cm3 = 1 ml). Pure gold has a density of 19.32 gm/cm^3 while 14k gold has a density between 12.9 and 14.6 gm/cm^3, depending upon the composition of the alloy. Legend has it that Archimedes discovered the principle of buoyancy by measuring the difference in the density of the king's new crown using this method. An experienced jeweler should be able to distinguish the pieces at little or no charge.