1000 kg/m^3
The density of water remains constant regardless of the volume or shape of the container it is in. This is because the mass of water and its volume stay the same, resulting in the same density for both a pool and a cup of water.
The density of a salt solution is higher than that of water due to the additional weight of the dissolved salt particles in the water. The exact density of the salt solution will depend on the concentration of the salt in the solution.
The water level will rise slightly because the metal displaces an equal volume of water, increasing the overall mass in the pool. However, the rise will be less than the volume of the metal due to the density difference between water and metal.
-- If the object floats in water, then its density is less than the density of water. -- If the object sinks in water, then its density is more than the density of water. -- If the object floats in air, then its density is less than the density of air. -- If the object sinks in air, then its density is less than the density of air.
You can, if the water presently in the pool is 'hard' - but be very careful to keep an eye on the Calcium Hardness of the pool water. If you filled a pool with water from the softener, the water would be hungry for calcium and drag it out of the pool walls, making them feel and look like sandpaper. Calcium hardness should be kept within 200-275ppm. best to use regular water for topup and keep the pool water properly balanced (see your local pool store).
The density of water remains constant regardless of the volume or shape of the container it is in. This is because the mass of water and its volume stay the same, resulting in the same density for both a pool and a cup of water.
You can't float in a pool because the density of your body is greater than the density of water, causing you to sink instead of float.
No, chlorinated pool water is not more dense than fresh water. Both chlorinated pool water and fresh water have a density of approximately 1 g/cm3 at standard temperature and pressure.
Yes it would. In fact, it IS.Density is a property of the substance, no matter how much or how little of it you have.Whether a droplet or an olympic swimming-pool full, water is water, and has the density of water.
A cork has a low density. It is lower then water. That causes it to float.
The density of pure water at standard temperature and pressure is 1 gram per cubic centimeter.That number is a characteristic of the substance, and doesn't depend on the quantity. A drop of waterhas the same density as a swimming-pool full of water.
The density of all water is 1, no matter the amount or location. Humans have the density of 0.9, so humans barely float in all bodies of water.
Easier to float in salt water (great density) but pools do not have currents or waves to distract you. Go for the pool.
when you are in a pool you are less dense and are lighter
Saturn is the planet with a lower density than water, causing it to float if there were a large enough body of water for it to be placed in. Its average density is less than that of water due to its composition of mostly hydrogen and helium gases.
No.A droplet of water and an olympic swimming pool full of water have the same density.Water is water. Density is a property of the substance, not a property of any sample with any certain size or shape.
It is easier to swim in the sea because of the amount of salt in sea water the density of the water is greater which make you float more easily.