does the egg float on water after boiled when we add salt explain your ans
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egg can be sink down in water
may be helpfull for u
mark it as a brainlisted answer
may be helpfull for u
mark it as a brainlisted answer
abhiverma3:
what
hooo
accha
agar me expert hotho mujhe sab aatha he kya
yes
tike thum se panga lena bekaar he
okkk
to ab kya kare
chup kar bite rahna
okkk
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Salty Science: Floating Eggs in Water
A density demonstration from Science Buddies
By Science Buddies on April 10, 2014

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Key concepts
Density
Mass
Volume
Concentration
Buoyancy
Water
Introduction
Have you ever wondered why some objects float in water and others sink? It has to do with the density of the objects compared with the density of the water surrounding them. If an object is less dense than the water around it, it will float. Because salt water is denser than freshwater, some things float more easily in the ocean—or extremely salty bodies of the water, such as the Dead Sea. You can make your own dense water by adding salt to tap water. In fact, if you add enough salt, you can make the water so dense that an egg will actually float in it! Explore how this works in this science activity.
Background
If you put an egg in a cup of tap water, it will sink to the bottom. Why is this? Because the density of the egg is higher than the density of tap water, so it sinks. Density is the mass of a material per unit volume. For example, the density of freshwater under standard conditions is approximately one gram per cubic centimeter.
But, if you add enough salt to the water, the egg will actually float back up to the surface! Adding salt to the water increases the density of the solution because the salt increases the mass without changing the volume very much.
When enough salt is added to the water, the saltwater solution's density becomes higher than the egg's, so the egg will then float! The ability of something, like the egg, to float in water or some other liquid is known as buoyancy. But just how much salt is needed to make an egg float? In this science activity you'll figure that out by making solutions with varying concentrations of salt in them.
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THE SCIENCESMINDHEALTHTECHSUSTAINABILITYEDUCATIONVIDEOPODCASTSBLOGSSTORESubscribeCurrent IssueCartSign InRegister
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Bring Science Home
Salty Science: Floating Eggs in Water
A density demonstration from Science Buddies
By Science Buddies on April 10, 2014

ADVERTISEMENT
Key concepts
Density
Mass
Volume
Concentration
Buoyancy
Water
Introduction
Have you ever wondered why some objects float in water and others sink? It has to do with the density of the objects compared with the density of the water surrounding them. If an object is less dense than the water around it, it will float. Because salt water is denser than freshwater, some things float more easily in the ocean—or extremely salty bodies of the water, such as the Dead Sea. You can make your own dense water by adding salt to tap water. In fact, if you add enough salt, you can make the water so dense that an egg will actually float in it! Explore how this works in this science activity.
Background
If you put an egg in a cup of tap water, it will sink to the bottom. Why is this? Because the density of the egg is higher than the density of tap water, so it sinks. Density is the mass of a material per unit volume. For example, the density of freshwater under standard conditions is approximately one gram per cubic centimeter.
But, if you add enough salt to the water, the egg will actually float back up to the surface! Adding salt to the water increases the density of the solution because the salt increases the mass without changing the volume very much.
When enough salt is added to the water, the saltwater solution's density becomes higher than the egg's, so the egg will then float! The ability of something, like the egg, to float in water or some other liquid is known as buoyancy. But just how much salt is needed to make an egg float? In this science activity you'll figure that out by making solutions with varying concentrations of salt in them.
its not my question
okk
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