When equal volumes of two substances are mixed the specific gravity of mixture is 4?

Find the specific gravity of two substances. The specific gravity of a mixture of two substances of equal volumes is 4. The specific gravity of the mixture becomes 3 when these two substances are mixed in equal masses.

When equal volumes of two substances are mixed the density of the mixture is?

If two liquids are mixed in equal volumes, their resultant density is 5 gr/cc and mixed in equal masses their resultant density is 4.8 g/cc .

What is it called when two liquids mixes equally then mixture?

When two pure substances are mixed evenly, the resulting material is referred to as a homogeneous mixture, also known as a solution.

What is the effective density of the mixture of water and milk when they are taken with same mass?

The density of milk, 1.03 g/ml, is very close to that of water. So, regardless of the proportions of water and milk, the density would be very close to 1 g/ml.

What happens when two liquid substances of different density are mixed together?

When you attempt to mix two liquids which have different densities, they separate when you stop mixing them. The “heavier” liquid deposits itself on the bottom and the “lighter” liquid deposits itself on top. Molasses is most dense while alcohol is the least dense liquid.

What happen when liquids were mixed with liquids?

When two liquids combine to form a new liquid, we call the liquids “miscible.” When two liquids do not mix together and instead form layers, we call them “immiscible.” The chemical properties of the liquids will determine if they will mix or not. A liquid is a state of matter that is neither a solid nor a gas.

Is specific gravity and specific volume the same?

The specific volume is the reciprocal of the density of the material, which is the mass per unit volume: r = (1/v) = (m/V). The “Specific Gravity” of a substance is the ratio of its mass to that of an equal volume of water at the same temperature and pressure.

Does volume change with gravity?

Volume is dependent on pressure, i.e., the same mass will have a greater density if it is compressed to a smaller volume because it makes the denominator of the density equation smaller. Gravity is a force that can compress matter, so the answer to your original question is YES, gravity does affect density.

How do you find the specific volume of a mixture?

The specific volume in the mixed region is V/m, which can be found by dividing equation [1] by the total mass, m. We define the quality, x, as the mass fraction of vapor in the mixed region.