There's a relationship between specific volume and density you should know:foo9008 said:
foo9008 said:
So , specific volume = volume displaced / (25 / 9.81) or volume displaced / (20 / 9.81) ?drvrm said:
which one is correct ? volume displaced / (25 / 9.81) or volume displaced / (20 / 9.81) ?drvrm said:
so, it should be volume displaced / (25 / 9.81) ??drvrm said:
by the above definition it should befoo9008 said:
To calculate specific volume, you will need the mass and volume of the substance. The formula for specific volume is volume divided by mass. Make sure to use consistent units, such as cubic meters for volume and kilograms for mass.
One tip is to ensure that you are using the correct units for mass and volume. Another tip is to double check your calculations to avoid errors. It can also be helpful to use a calculator for more complex calculations.
No, specific volume cannot be negative. It is a measure of the amount of space occupied by a substance per unit mass, so it will always be a positive value. If you get a negative result, it likely means there was an error in your calculations.
The most commonly used units for specific volume are cubic meters per kilogram (m3/kg) and liters per gram (L/g). However, other units such as cubic centimeters per gram (cm3/g) and cubic feet per pound (ft3/lb) may also be used.
Yes, specific volume can change depending on the conditions of the substance. It may change with temperature, pressure, or other external factors. It is important to note the conditions under which the specific volume was calculated and to use consistent conditions when comparing values.
