Density is mass divided by volume. If the density is greater and the volume is the same then the mass must also be greater for the same size balls.
To convert milligrams (mg) to milliliters (mL), you need to know the density of the substance in question, as the conversion depends on that density. For example, water has a density of 1 g/mL, so 15 mg of water would equal 0.015 mL. However, for other substances, the conversion will vary based on their specific densities.
To convert milliliters (ml) to kilograms (kg), you need to know the density of the substance being measured. For water, which has a density of approximately 1 kg/L, 950 ml would equal about 0.95 kg. For other substances, the conversion would vary based on their specific density.
Milliliters are a unit of volume and milligrams are a unit of weight, therefore you cannot convert one to the other unless you specify the density of the material in question.
400 mg of liquid is equivalent to 0.4 grams. The volume it represents depends on the liquid's density; for example, 400 mg of water is approximately 0.4 milliliters, since water has a density of about 1 g/mL. For other liquids, the volume would vary based on their specific density.
The conversion from milliliters (ml) to grams (g) depends on the density of the substance being measured. For water, 1 ml is approximately equal to 1 g since its density is about 1 g/ml at room temperature. However, for other substances, the weight in grams can vary based on their specific density.
Volume is equal to mass over density. In other words: V = M/D
If the density of an object which is equal to one(Which is also the density of the water), the object will neither sink nor float but it will be unstable, sometimes you will see the object sink then float. In other words the object is unstable in water....XD
Compared to a low density substance and all other things being equal, it would be heavier.
Divide the mass by the volume to calculate its density. If its density isn't the same as an equal amount of pure silver, the coin has some other metal in it.The density test can be fooled if the coin was adulterated with other metals that average out to the same density as silver, however.
Divide the mass by the volume to calculate its density. If its density isn't the same as an equal amount of pure silver, the coin has some other metal in it.The density test can be fooled if the coin was adulterated with other metals that average out to the same density as silver, however.
equal the density of any other piece, assuming that the original cube was made of the same uniform substance.
Divide the mass by the volume to calculate its density. If its density isn't the same as an equal amount of pure silver, the coin has some other metal in it.The density test can be fooled if the coin was adulterated with other metals that average out to the same density as silver, however.
Divide the mass by the volume to calculate its density. If its density isn't the same as an equal amount of pure silver, the coin has some other metal in it.The density test can be fooled if the coin was adulterated with other metals that average out to the same density as silver, however.
Divide the mass by the volume to calculate its density. If its density isn't the same as an equal amount of pure silver, the coin has some other metal in it.The density test can be fooled if the coin was adulterated with other metals that average out to the same density as silver, however.
Divide the mass by the volume to calculate its density. If its density isn't the same as an equal amount of pure silver, the coin has some other metal in it.The density test can be fooled if the coin was adulterated with other metals that average out to the same density as silver, however.
the question is irrelevent. one measures mass, the other volume. unless you have a specific material in mind with a known density the question has no answer.
It depends on the substance being measured. For water, 1 liter is equal to 1 kilogram, as water has a density of 1 g/cm³. For other substances, the conversion factor can vary based on their density.