It is easiest to answer this question using the metric system.
148.5 pounds = 67.36 kilograms
So density = 67.36 / 30.5 kg per cm3 = 2.208 kg per cm3 = 2208 grams per cm3
Density of water = 1 gram per cm3
So specific gravity of the mass = density of the mass / density of water = 2208
The specific gravity of gold is 19.3 The mass will be 3.28*19.3 = 63.304 grammes.
specific gravity of 4 4 times the mass of water, which at 50ml would weigh 50 grams.
Specific gravity of iron is approximately 7.85 3.2 kg divided by 7.85 = 0.4076 litre or 407.6 millilitres
The answer is Density.
Basically you need more information. You can use the following formulae: density = mass / volume weight = mass x gravity
To find the volume of a substance when given its mass and specific gravity, divide the mass by the product of the specific gravity and the density of water (1000 kg/m^3). The formula is: Volume = Mass / (Specific Gravity * Density of Water).
To find the volume of the mineral, you would first calculate the volume of the mineral using the formula: Volume = Mass / Specific Gravity. In this case, Volume = 2851.2g / 4.2 = 679 cubic centimeters.
specific gravity
To find the volume of the solution, divide the mass by the specific gravity. In this case, 185g ÷ 1.2 = 154.17 ml. So the volume of the solution is 154.17 ml.
Specific Gravity
A specific gravity of 4.0 for a mineral means that a given volume of the mineral has 4.0 times the mass of the same volume of water.
The specific gravity is 0.5
if you know the specific gravity and the volume of the substance you can find the mass.
The specific gravity of gold is 19.3 The mass will be 3.28*19.3 = 63.304 grammes.
It is the inverse of the specific gravity of copper.
All substances have volume, but gravity is not a substance; gravity is a force and has no volume.
volume of substance = 50/1000000 x 15000 = 0.75 liters = 750 cubic centimeters mass = specific gravity x volume = 1.31 x 750 = 982.5 grams