the SI unit for density is kg/m^3
therefore you must change your units to kilograms and cubic meters. Since there are a thousand grams in a kilogram, 130g = 1.30 x 10^-1 kg. Since there are a thousand milliliters in a liter and a thousand liters in a cubic meter 300ml = 3.00 x 10^8 cubic meters
density= mass/volume
Density = 1.3 x 10^-1 / 3.00 x 10^8 kg/m^3
= 4.3 x 10^7 kg/m^3
300mL is 30cL* There are 10mL per cL and 0.1cL per mL
300ml oil
For every 1 ml of anything, there is 1 cc of it. That means 300 ml of something will equal 300 cc of that substance. Both ml and cc are measures of volume, and they're measures of identical volumes.
I encountered this dilemma when I wanted to buy some jars for dry food (flour, sugar, etc) and plastic storage boxes were generally sold in litres. I found the easiest way to convert measurements was to weigh an amount of a given foodstuff, pour it into a measuring jug, smooth over the surface and read the measurement of the side of the jug. I weighed 250g of the following foods I had and they came to the following quantities in litres: Caster sugar - 300ml Self raising flour - 450ml Basmati rice -300ml Green lentils - 500ml Puy lentils - 300ml Couscous - 300ml Oats - 600ml I then scaled up to however much of each foodstuff I had, e.g. I had 1kg bag of flour, so I then knew I needed a jar with a minimum capacity of1800ml to fit it all in. I found that different types of some foodstuffs general (e.g. self raising and plain flour) have roughly the same density, but others (e.g. lentils) had a bit of variation. It is an almighty faff and makes a bit of a mess (I did it one afternoon when I was snowed in and couldn't do a lot else!) but is probably the most accurate you are going to get. That depends on the specific weight of the material. 1 cubic metre of pure water is equivalent to 1,000 litres exactly. A cubic metre of pure water at the temperature of maximum density (3.98 °C) and standard atmospheric pressure (101.325 kPa) has a mass of 1000 kg, or one tonne. Only 1 litre of pure water weighs 1 kilogram.
A beaker is a cylindrical glass container with a flat bottom and a pouring lip. It is used in laboratories for measuring, mixing, and heating liquids. Beakers come in various sizes and are commonly marked with volume graduations.
There would be 1100 ml of water in the beaker now.
depends entirely on the type and concentration of the fertiliser you are using
8L + 300ML = 8300ML or 8.3L
300mL
300ml (milliliters or cc) is 10.14 fluid ounces.
300mL is 30cL* There are 10mL per cL and 0.1cL per mL
it is 60ml
308
1.25l, 150cl, 45cl, 750ml, 300ml, 0.35l
300ml = 10.1442068 US fluid ounces
25%% rate:= 75/300 * 100%= 0.25 * 100%= 25%