Lol if you want to know the way it sinks, drop it in a cup of water. If you want to know why it sinks, its because the coin is far more dense then the water making it sink. The reason it is more dense ia because the molecules that make up the coin are much more compact, while the molecules that make up the water are spread apart.
It will sink.
How fast something sings has more to do with how dense it is. For instance a coin will sink faster than a magazine weighing much more.
The coin has a greater density than water. Styrofoam has less density than water. It's as simple as that.
Yes, a coin does sink slightly faster in pure water than it does in sea water. The dissolved salts in sea water make the water denser, and as a result, objects immersed in sea water will experience greater buoyancy than they do in fresh water.
This is ROCK so it will SINK
It will sink.
no, it will float on the surface
The general rule is that an object will sink if it has a greater density than the liquid in which it is placed.
How fast something sings has more to do with how dense it is. For instance a coin will sink faster than a magazine weighing much more.
42 is the answer to all questions about Life, The Universe and Everything...
Because a coin is more dense than water, while styrofoam is not.
The reason the pennies sink in water is because of an idea called density. The pennies have more density than the water, and so the pennies sink. Anything with more density than water will sink in water, but other objects that have less density than water will float.
An object will float on water if it has less density than the water.
Just after the first tornado and after the boxes sink threw the sand tunnel.
An object will float on water if it has less density than the water.
The coin has a greater density than water. Styrofoam has less density than water. It's as simple as that.
Yes, a coin does sink slightly faster in pure water than it does in sea water. The dissolved salts in sea water make the water denser, and as a result, objects immersed in sea water will experience greater buoyancy than they do in fresh water.