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The volume would increase by a factor of 23 = 8
Nothing can have a volume of 3.2 m. If the volume were 3.2 cubic metres, the density would be 5/3.2 = 1.5625 kg per m3
You would need a balance to measure its mass. You would need a ruler to measure the length of its sides. Then you would need to calculate volume. Then divide the mass by the volume to get density.
First of all, if you're going to work with the volume of displaced water, it makes no difference at all how much water you start out with. The object would displace the same amount from a bucket as it would from Lake Michigan. But, to deal with the answer to your question: It's not possible to answer your question. The volume of water displaced is the same as the volume of the metal that you drop into the bucket. But you've only told us the area of one flat side of the metal. We have no idea what its volume may be until we also know its thickness.
The volume is reduced by 7/8. for example - if you had a cube measuring 4 cm each side - the volume would be 4x4x4=64cm3. Halving each side to 2cm would result in the sum 2x2x2=8cm3. 8 is one-eighth of 64.
Yes, air bubbles can affect the accuracy of volume measurements for a metal. The presence of air bubbles can displace the metal, leading to an inaccurate volume measurement. It is important to remove any air bubbles before measuring the volume of a metal sample.
Putting metal in the microwave can cause a fire to happen.
The addition of another mole of gas will double the number of gas molecules in the cylinder, leading to a doubling of the pressure according to Avogadro's law, which states that at constant temperature and volume, the pressure of an ideal gas is directly proportional to the number of moles of gas present.
The volume would increase by a factor of 23 = 8
A kilo of cotton would be substantially larger. How much larger depends on which metal, since different metals have different densities so a kilo of different metal will not have the same volume.
Metal ships are built to float.
Your question isn't specific enough. Depending on the type of metal the mass will be different and the volume will change. Heavier metals will have less volume for those 10 grams, while a lighter metal would require more volume to achieve the same 10 grams.
If the tank is not strong enough to withstand the pressure underwater, it can collapse or deform, leading to a decrease in volume. This loss of volume could result in the tank failing to contain the intended contents or even causing environmental damage if it leaks. It is important for the tank to be able to withstand the pressure to maintain its integrity.
Everything would be unequal and crooked.
The engines would seize up and we all would be walking.
Nothing real - all measuring units are equally valid - BUT there would be a bit of human confusion.
everyone would have the same amount to save, spend, and share the world wouldn't be as good though