2.7 m3 (2,700 liters) if the aluminum is at room temperature
The same it weighed when it was liquid---but it has a greater volume because ice is "fluffier" than water.
Weigh the key. With water, fill a graduated cylinder to a mark that is deep enough to cover the key. Now place the key in the water, and measure how much the water goes up. That will give you the volume of the key. Density is weight divided by volume.
Volume will determine how much water will be displaced. The volume of an object dictates how much space it occupies, which in turn determines the amount of water it displaces when submerged. Mass alone does not directly affect water displacement.
you can always filter out all the extra salt from the water and weigh it with normal water with nothing on it and see how much the salt water weigh by the normal water
1000 kg aluminium oxide contain 470,588 kg aluminium.
water. Since the specific gravity of water is 1, the mineral would weigh 3.5 times as much as an equal volume of water.
The aluminium density is 2,7 g/cm3. Mass = volume x densitySo, the mass is 76,455 kg.
About 10% more for the same volume.
Soda cans are made of 100% aluminium. What you weigh is what you get!
I'm sorry i don't know what aluminum is but if you mean aluminium then its simply a denser material made of denser elements! wood being made of its carbon based materials and other composites but aluminium is, well aluminium much lower but higher numbers on the Periodic Table! (well i think this is it >.<)
You could weigh it. You can also determine its density by comparing it to an equal volume of water, but first you would have to determine how much water it displaces to determine its volume.
Volume does not weigh. The two are different characteristics of objects and there is no relationship between them.
The weight of any volume of water will depend on the gravitational force acting upon it. 57 cubic feet of water would weigh nothing in a spaceship, for example.
That depends on the volume of the brick. Whatever its volume is, its weight underwater is(weight of the brick in air) minus (weight of an equal volume of water)
The answer depends on what you are weighing. Helium weighs less than water if the volume is constant.
It depends on the density of the object that weighs one pound, and how much of it is under water. The object will weight 1lb - water density * object volume under water; If the object is on average is less dense the water (i.e. is buoyant), and is allowed to swim, its weight will be 0 because proportion of its volume under water will compensate gravity exactly.
165 grams. 1 ml= 1 cubic centimeter = the volume of water that weighs 1 gram.