Wiki User
β 14y agoWe have to assume that the tub is a big rectangular trough, with no curves and no slope.
The given dimensions are equivalent to 1.625, 0.615, and 0.350 meters. We'd like to use
meters instead of mm, because we know how many liters are in 1 cubic meter.
Volume = (1.625 x 0.615 x 0.350) = 0.34978125 cubic meter = 349.78125 liters .
1 liter of clean water at standard temperature and pressure has a mass of 1 kilogram.
The weight of 1 kg of mass = 9.8 newtons (2.205 pounds).
The water in the tub weighs (349.78125 x 9.8) = 3472.9 newtons (771.135 pounds), both rounded
Wiki User
β 14y agoNo
Bath cubes are bath salts in the form of a cube which dissolve when placed in water.
How many gallons of water a 10 min bath takes depends entirely on how much water is put in the bathtub.If 80 gallons are wasted in a 20 min bath, im guessing you waste 40 g in a 10 min bath
Baths come in all shapes and sizes, so it depends on the actual bath.
The Story Behind the ScienceHieron, the king of Syracuse and Archimedes' friend, wanted to know whether his crown was made of solid gold. The king suspected that the gold had been mixed with silver, which is worth less than gold. So he asked Archimedes to try to resolve the question. The solution would have been easy if the king had allowed the crown to be melted down. Since that was no possible, Archimedes had to find another solution to determine the metal content of the crown. Archimedes discovered the answer while at a public bath. He noticed that when he got into the water, it overflowed the tub. By measuring the overflow, he found that the volume-the amount of space a thing occupies-of the spilled water was equal to the volume of his body under water. He realized he could determine the gold content of the crown by measuring the water it would displace against the amount of water displaced by a lump of gold weighing the same as the crown. The crown and lump of gold would each displace the same amount of water if the crown were solid gold. If the crown contained silver, it would displace more water, since the volume of a weight of silver is greater than the volume of the same weight of gold. With this discovery, Archimedes leaped from his bath and in his excitement raced naked down the street toward his home, shouting "EUREKA! I have found it!"Archimedes was the first to develop the physical law that is now known as Archimedes' law. The law explains buoyancy, or why objects seem to lose weight in water or other liquids. This principle has been applied ever since to test precious metals.
No
Fill the bath right up to the overflow. Rig the overflow to a large container. Put me in the bath, so I float. Catch all the water that comes out of the over flow. Weigh the water on the bathroom scales. That's my weight.
The water overflowed when Archimedes jumped in and he knew that there is a relationship between his weight and the volume of the water
A water bath is a bath of vigouriously boiling water
A hot water bath is a bath with hot water. You use it to take a bath.
Archimedes discovered volume displacement when he was in the bath tub because the weight of an object makes the water rise.But the volume of the water was constant.He then ran outside on the streets screaming,EUREKA!...naked
In a bath, the solute is the bath salts, oils, or any other substance added to the water, while the solvent is the water itself. The bath salts or oils dissolve in the water to create a solution for the bath.
The buoyant force on the soap is equal to the weight of the water displaced by the soap. When the soap sinks, it displaces its own volume of water. So the buoyant force is equal to the weight of this volume of water.
A bath of hot water typically has thermal energy, which is the energy associated with the temperature of the water. This thermal energy comes from the heat that was added to the water to make it hot.
That is because of water displacement.
No but if you buy colorful bath bubbles it may change the water.
Bath salts are specifically formulated to dissolve in water, adding a fragrance to bath-night.