Simple, the density of diet coke is not 1. Otherwise it won't float.
1000g = 1 Kg 1000cc = 1 litre so 1 g/cc = 1 Kg/l The density of copper in Kg/litre = 8.94 Kg/l
1 litre = 1000ml1.5 litre = 1500ml1500/500 = 3 Glasses
No. Coke is mostly water which has a density of 1 g/ml. Gold alloys have a density of around 19 g/cm3.
You need liquid density ( kg per litre ) > Some example densities ( kg per litre) Water = 1.0 Petrol = 0.737 Beer = 1.01 Kerosene = 0.82 Paraffin = 0.8 > 1 US gallon = 3.7854 litres, then * density of liquid ( kg per litre ) = kgs or: 1 UK gallon = 4.5461 litres, then * density of liquid ( kg per litre ) = kgs
The density of coke is very nearly 1.0 . Density doesn't depend on how much of it you have.
1 litre of water. density of water is 1kg/L
The same as of 1 litre: ~ 0.85 kg/L
A kilogram equals a litre, IF density is 1 g/ml
1 kilogram per litre.
Because their density is less than the density of coke. And if that's not true of the object, then it sinks.
A kilo is 1000 grams (mass). A litre is 1000 cubic centimetres (volume). They are measures of completely different things. However, the relationship between them is called density (mass per unit volume). One litre of water, for example, weighs exactly one kilo - the density of water is 1 kilo per litre (density is usually expressed as kilos per cubic metre - water is 1000 kilos/cubic metre; or as 'specific gravity', the specific gravity of water is 1). Gold is very dense - 1 litre of gold weighs 19.6 kilos so its density is 19600 kilos/cubic metre and its specific gravity is 19.6. The density of air on the other hand is 1.2 kilos per cubic metre i.e. 0.0012 kilos per litre, or a specific gravity of 0.0012. So you can see that one litre of a very dense substance (e.g. a metal) is very heavy and one litre of a low density substance (e.g. a gas) is very light. Hope that helps.