liquid water. its already melted.
When creating a standardised system of measurement some definitions have to be made. Base units are defined and derived units come from these. In the west and elsewhere common systems are the Imperial system and the metric system. Originally, in the metric system, mass was defined as the kilogram, which was the mass of one litre of water. So volume and mass were inextricably linked. From the metric system the SI units developed as accuracy became more important and the definitions changed slightly.
Measure the height, length and width of your tank in meters, then multiply them each in turn, this will give you the volume of the tank in cubic metres (m³) For example: A tank measures 2.4m long x 1m high x 0.8m deep 2.4m x 1m x 0.8m = 1.92m³ So a tank of these dimensions would have a volume of 1.92x 1000L = 1920L Water weighs approximately 1kg per litre, 1000L = 1000Kg, therefore it has a density /specific gravity of 1.0 (SG=1.0) Remember water weighs 1kg per 1 litre, so 1920 litres of water weighs 1920kg, however if the tank is filled with a different fluid, you will have to consider the following factor which influences the weight of the tank when full.
1000, or 1kg... That only works for a substance with a density of 1 g/mL (like water).Gram is a measure of mass. Liter is a measure of volume. They are related by density (which is a property of a specific substance). So the density of the substance must be known to convert liters to grams.
No, water with a greater volume will cool slower than water with a lower volume because it takes more energy to heat or cool a larger volume of water. The larger volume of water will retain heat longer than the smaller volume.
It depends on the volume of the cup. 1L of water weighs 1kg.
The volume of 1kg of ice is approximately 0.916 liters.
Water weighs 1kg per liter. If it is all turned to steam you will have 1kg of steam. Water expands to nearly 1700 times its original volume at 212 degrees.
Without knowing the density of an object, it's not possible to calculate it's volume by weight. A 1kg piece of granite and a 1kg piece of igneous rock would be very different in volume.
Yes. Since they both have a weight of 1kg one cannot be heavier than the other.
1.237
Note: the fact that they are barely floating means that the person's density is equal to the density of water. Given: density of water = 1kg/litre Let V be the volume of the person. We want densityperson = densitywater => 50kg/V=1kg/litre =>V=50 litres Therefore the volume of the person is 50 litres.
Density of water is 1000kg/m3. Also, Volume = Mass/Density = 1/1000 = 0.001m3. So, volume of water that has mass of 1 kg is 0.001m3.
1kg of aluminum occupies more volume than 1kg of lead, as aluminum is less dense than lead. Densities of aluminum and lead are 2.7 g/cm³ and 11.3 g/cm³, respectively.
Fill it up with water, dry the shell off and pour the water into some sort of measuring device? Or.. Since water weighs about 1kg/liter you could pour water into the shell and then weigh the water to know the volume..
Both 1kg of lead and 1kg of polystyrene have the same mass, despite lead being much denser than polystyrene. Density is defined by mass divided by volume, so if the mass is the same, the volume must differ to maintain the same density. In this case, the volume of lead will be significantly smaller than the volume of polystyrene, making them have the same density.
1.0 litre = 1.0 kg of pure water at 4 degrees C and at 760 mm atmospheric pressure.Answer: 1.0 litre