Snows density varies tremendously so volume doesnt always relate to weight very well.
Fresh snow is higher in volume where, old snow may have been compacted and has less volume
The volume of naturally-occurring snow in the Sahara Desert is minimal as the region experiences very little precipitation, and the temperatures are too high for snow to form and accumulate. Snow in the Sahara Desert is an extremely rare phenomenon that typically melts quickly due to the warm climate.
The maximum volumetric water content of snow is around 30-40%. This means that if all the snow were to melt, it would contain 30-40% water by volume. Beyond this range, the snow is considered to be saturated with water.
Assuming a snowman is built in the shape of a cone, the volume formula for a cone is V = (1/3)πr^2h. Therefore, to build a 36-foot snowman, you would need enough snow to create a cone with a base radius and height that when plugged into the formula would result in a volume sufficient to build a snowman of that size.
If you are saying 6 cm SQUARED then it is 6ml. Water is measured in volume. Three dimensions.
If you are using weight for measurement, it does not matter whether it is snow or water. It will still weigh the same. If you measure by volume, the density of snow varies, whereas the density of water is constant.
The density of the object is calculated by dividing the mass by the volume. So, density = mass/volume = 12g/4ml = 3 g/ml.
density=mass divided by the volume 12g divided by 27 the volume = 0.4
To calculate density, you need to divide the mass of the rock by its volume. In this case, the density of the rock would be 12g divided by its volume in cm^3. Without knowing the volume in cm^3, it is not possible to determine the density of the rock.
Density = mass ÷ volume = 12g ÷ 3cm3 = 4 g/cm3
Density = Mass/Volume = 12/8 = 1.5 grams per cm3
Density = Mass/Volume = 12/13 g/ml = 0.923 g/ml approx.
12g-9 = 3
No, the water content of snow cannot be determined simply by weighing it. It requires melting the snow and then measuring the volume of water that is produced. The water content of snow is calculated as the ratio of water volume to the initial snow volume.
It is: 12g+9g = 21g
12g is 12/14, or 6/7, of 14g.
The GCF is 12g.
g = (-1). 18 + 6g = -12g 18 = -12g - 6g 18 = -18g -1 = g