it is 1.7 well rounded down it is .......... it really is 1.738461538461538
You would see bubbles (effervescence) of Hydrogen gas being given off as the reaction happens.Magnesium + Hydrochloric acid ------> Magnesium Chloride + HydrogenMetal + acid ------> Metal Salt + Hydrogen
Burning of magnesium (or anything else) requires continuing combination with oxygen. If a burning piece of magnesium is transferred to an atmosphere of nitrogen, no additional magnesium can react with oxygen because none is available for reaction.
Milk of magnesia is an aqueous suspension of magnesium hydroxide.
No. Rust is a compound of iron, and magnesium is not iron so it cannot rust. Magnesium is however a very reactive metal and it can corrode in the presence of oxygen and water. In fact when you look at a piece of magnesium you are probably really looking at the thin, dull layer of magnesium oxide which coats its surface. If you scrape the oxide off the surface you will see the bright magnesium metal beneath only very briefly because the metal reacts quickly with the oxygen in the air and the oxide re-forms. Many other metals behave in a similar way. You can prevent this reaction from taking place by cleaning the oxide off while the metal is submerged under a relatively unreactive liquid such as oil. Don't use water!
when a piece of Magnesium is added to acetic acid bubbles of H2 gas are produced and solution becomes milky now evaporate the excess acid and water by heating and get solid Magnesium acetate.
-- Get a pure piece of it. The size of the piece doesn't matter. -- Measure the mass of the piece. -- Measure the volume of the piece. -- The density of the substance is mass of the piece/volume of the piece.
2.01 g/cm3 density equals mass over volume. so 27.3g/13.7cm^3 = 2.01 g/cm^3 Your welcome!!!
2
That would vary greatly depending on the type and density of the metal, along with the dimensions of the particular piece. The weight of a piece of anything is the volume times the density.
The density is the ratio of mass to volume. It doesn't matter what size the piece of metal, if it is the same metal it has the same density, 8.4.
density = mass/volume,so the density of your metal is:25/10 = 2.5g/cm3 (grams per cm cubed)
Volume = mass/volume = 500g/10cm3 = 50g/cm3
Density= mass/volume 25/10 = 2.5 g/cm3
Density = Mass/Volume so Volume = Mass/Density. That is, Vol = 1.5 g/2.3 g/ml = 0.652 ml approx.
Density = Mass/Volume = 16/2.8 g/mL = 5.714 grams per mL (approx).
The volume of the piece of metal is measured by the difference in the volume of water in the graduated cylinder before and after the piece of metal is placed in the cylinder. This is stated to be 36 - 20 = 16 mL. Density is defined to be mass per unit volume. Therefore, for this piece of metal the density is 163/16 = 10 g/mL. (Only two significant digits are justified, because the is the number of significant digits in the limiting datum 16.)
If the water is at standard temperature and pressure (25 degrees Celsius and one atmosphere), the water has density of 1 kilogram per liter. When submerged, the metal displaces its own volume of water. Therefore, the volume of the metal is 1 liter, and the density of the metal is 6 kg/liter.