It totally depends on where the egg is coming from and how far along it is in development.
An ostrich egg can be about 1.5 kg or over 3 lb.
Humans and fish also produce eggs.
A chicken egg can be a range of sizes depending on the variety of chicken. The average longhorn egg that can be bought in the supermarket can vary between 40-45 g to 65 g.
The typical weight of a large egg is 0.057 pounds.
______
Don't get confused with weight and mass. The eggs weight, in pounds, is a force. This is how much the earth pulls on the egg. The egg's weight would vary depending if it was on the earth or the moon.
The mass of the egg, however, does not vary. It's the same regardless of where the egg is. Instead of measuring a force, mass measures how much matter the egg is made of.
To find the mass of the egg, all you need to do is use the equation: "Force = mass * acceleration". Rearrange the equation and you get "mass = force/acceleration"
So mass = (0.125 pounds)/(32 feet per second squared). This means the mass of the egg is about "0.0039 slugs". Yep, the unit of mass in the non-standard unit system is the slug.
To confuse you even more, if you see an object whose "weight" is measured in kilograms, you're actually being given the mass of the object. In the standard system, the unit of weight is the Newton.
So in other words: Weight is either in pounds or newtons, and mass is either in slugs or kilograms.
The mass of an egg is 0.0039 slugs, which is the equivalent of 0.0569 kilograms.
In New Zealand, eggs are sold as No6, No7, and so on. This number is the number of hundreds of grams of 1 dozen eggs. Still sold in dozens for convenience in packaging.
When an egg is soaked in water, it doesn't absorb any water because the shell is semi-permeable. However, over time, water can evaporate through the shell, causing the egg to lose weight and dehydrate. If the egg is left in water for a very long time, it may eventually start to decompose.
An egg will float in water when the salt concentration is high enough to increase the water's density, making it greater than the egg's density. This typically occurs when the salt concentration is around 10-15% in the water.
Gasoline floats on water and is therefore less dense than water. Eggs sink in water and are therefore denser than water. A process of logical deduction will therefore show you that Eggs are DENSER than Gasoline. Your question therefore makes no sense.
When you soak an egg in salt water, the egg will float because the salt water is denser than the egg, decreasing its overall density. This is due to the process of osmosis, where water moves from an area of low salt concentration (inside the egg) to an area of high salt concentration (the salt water), causing the egg to float.
The density of liquids really depends on the suspended matter in it. If you have really dense concentration of salt in water, yes it could be denser than an egg. If you have merely a weak solution of salt, then the egg is denser... it depend on how much salt you have in the water.
Egg float in water because the mass of the water is less than the mass of the egg.
An egg will lose mass in salt water because of osmosis. Water flows out of the egg into the salt water solution, which has a higher concentration of solutes. This results in the egg losing water and mass.
As the egg decomposes, the mass of the egg is reduced. This is because the egg shell is porous and water vapor and gases can escape over time, reducing the mass of the egg. If the mass of the egg is less than the mass of the volume of water displaced by the egg, it will float.
Because the mass of salt water displaced by the egg is equal to the mass of the egg (Archimedes' Principle). If the water were pure it would weigh less and maybe the egg would then sink because it could not displace its own mass of water.
As the egg decomposes, the mass of the egg is reduced. This is because the egg shell is porous and water vapor and gases can escape over time, reducing the mass of the egg. If the mass of the egg is less than the mass of the volume of water displaced by the egg, it will float.
To determine the density of an egg, first weigh the egg using a scale to measure its mass. Then, fill a container with water and measure the volume of water displaced when the egg is submerged. Finally, divide the mass of the egg by the volume of water displaced to calculate the density of the egg.
Eggs soaked in distilled water will gain mass and appear dramatically swollen. Eggs in dilute salt solutions will gain mass, and even those in very concentrated solutions might gain mass. Eggs buried in salt or other dry media should lose mass.
When an egg is placed in a hypertonic solution (higher solute concentration outside the egg than inside), water will move out of the egg through osmosis, causing the egg to lose mass. Conversely, if the egg is placed in a hypotonic solution (lower solute concentration outside the egg than inside), water will move into the egg through osmosis, causing the egg to gain mass.
Adding salt to the water increases its density. On adding certain quantity of salt, the density of water becomes greater than that of egg. So by law of flotation, as the mass of water (salted) displaced by egg is greater than its own mass, the egg floats.
To measure egg mass, use a scale that is accurate to the nearest gram. Place the egg on the scale and record the weight in grams. The egg mass is the weight of the egg alone, without any additional packaging or materials.
the eggs mass will change the egg will have more mass than before
Osmosis occurs in an egg cell if you place it in liquids. If you put it in vinegar, the egg's shell will start to dissolve. Then, you can test osmosis in water or salt water. Because the egg is considered a cell, it will swell the egg cell with plain water (meaning it will increase the egg's mass). With salt water, the egg cell will shrink in mass.