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It usually refers to the mass of an object together with its container. For example the gross mass of a tin of soup will be the mass of the soup plus the mass of the tin. As a consumer, you will probably be interested in only the net mass - the mass of the soup - but for the haulier it is the gross mass that matters. For something like breakfast cereal the mass of the container may well be a significant proportion of the gross mass.
example of TIN NO
Either. A tin could described as 0.4 litres or 400 millilitres. In the UK they are often labelled in terms of the met mass (or weight).
The tin weight is 7g !
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Tin has a density of 7.365 grams per cubic centimeter as a solid. As a liquid, it has a density of 6.99 grams per cubic centimeter. So 5.5 liters of solid tin would mass 40.508 kilograms and 5.5 liters of liquid tin would mass 38.445 kilograms.
No. The key to whether an object floats or sinks is the average density, i.e., mass divided by volume. Also, whether an object will float or not also strictly depends on the surface volume. A piece of tin foil shaped into a boat will float and the same mass of tin foil shaped into a crumpled up ball will not float.
There are various isotopes of tin with different atomic mass. The average atomic mass of tin is 118.71 amu. The symbol commonly used for tin is Sn.
Tin is a metal, so your question is nonsensical.
Lam Tin's population density is 59,985 people per square kilometer.
The atomic mass of tin is approximately 118.71 atomic mass units.
No, but a tin can.
The density of tin (cast hammered) is 7300 kilogrammes per cubic metre, or 0.264 pounds per cubic inch. Note that the density of tin isn't "fixed" as it has two allotropes. As white tin, it has a density of about 7.365 g/cc, while gray tin has a density of 5.769 g/cc. These figures are derived for tin near room temperature. Note that a third allotrope, brittle tin, exists at more elevated temperatures. A link can be found below.
No but a tin can.
Calculate the mass of Oxygen in the tin oxide
The mass of tin is slightly more than the relative atomic mass of tin (118.71). There will be 6.037*10^23 atoms.
the density of tin foil is keelan or ke ke for short