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What else can I help you with?
Why does aluminum float if pushed under water?
Because it is less dense than water. Basically, there is more space between atoms of aluminum than molecules of water, sort of like water and oil.
Is aluminum more or less dense than PET and why?
Aluminium is more dense than PET.
Is water less or more dense than water?
Ice is less dense than water
What object is less dense than water?
A wooden block can be less dense than water.
Why is an aluminum nail less dense than the actual element?
An aluminum nail that is less dense than the element aluminum would not be made of pure aluminum, but would have to be an alloy of aluminum and some other substance. If an aluminum nail is made of pure aluminum, it would have the same density as the "actual" element.
Is ice less dense or more dense than water?
no
Can you make oil less dense than water?
Oil IS already less dense than water.
What fruit is less dense than water?
Easy, put a fruit in water and if it floats it is less dense than water.
Is chlorine less dense or more dense than water?
Chlorine gas is less dense than water, so it will float on top of water if the two are in contact.
Does ice float because it is less dense than water?
Yes. Anything that is less dense than water will float on water.
Why does an aluminum cube sink but a sheet of aluminum float?
Have you heard of Archimedes. Well he stated that the weight of water displaced by an object is equal to the weight of the object. From here we conclude that object being more denser than water sinks those being less dense than water floats. An Aluminum cube has a much higher density than that of water and the sheet is less dense than water. Thus the former floats while the latter sinks. Now you also might have noticed that an iron nail sinks while an iron ship floats. I hope now you can answer this question!!
What is less dense water basalt iron or granite?
Water is less dense than any of the other materials listed.In order of density from least to highest:Water (least dense)GraniteBasaltIron (most dense)
