A piece of wood is placed in a measuring cylinder containing methylated spirit ( 0.83g/cm³)
What will happen to the wood?
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Methylated spirit on wood
When a piece of wood is placed in a measuring cylinder containing methylated spirit (which has a density of 0.83 g/cm³), the wood will float. This is because the density of wood is generally lower than the density of methylated spirit. Since wood is less dense than the liquid, it will displace an amount of liquid equal to its own weight, causing it to float on the surface of the methylated spirit.
Well, you see, wood and methylated spirit don't really get along. It's like trying to introduce a shy unicorn to a group of party animals. The wood, being less dense than the spirit, will do a little happy dance and start floating on top of the liquid. It'll be like a wooden boat ready to set sail in a sea of spirits.
When a piece of wood is placed in a measuring cylinder containing methylated spirit, several things can happen depending on the density of the wood.
To determine what will happen to the wood, we first need to compare the densities of the wood and the methylated spirit. The density of the wood varies depending on the type of wood, but for the sake of this explanation, let's assume that the wood is less dense than the methylated spirit.
In this case, since the density of methylated spirit (0.83g/cm³) is greater than the density of the wood, the wood will float on the surface of the spirit. As the wood is less dense than the liquid, it will displace an amount of liquid equal to its own weight, allowing it to float.
However, if the wood is denser than the methylated spirit, it will sink to the bottom of the measuring cylinder. This happens because the wood is unable to displace an amount of liquid equal to its own weight, causing it to sink below the methylated spirit.
So, in summary, if the wood is less dense than the methylated spirit, it will float on the surface. If it is denser, it will sink to the bottom of the measuring cylinder.