Since density is defined as mass divided by volume, the statement that the 100g piece of iron has twice the density as the 50g piece would only be true if they occupied the same volume. However, since iron is an element, it will not vary so widely in density in solid form. Thus, it is more than likely that they are different volumes with the same density, and only the mass of the first piece is twice the mass of the second.
Yes. Twice the mass means twice the volume, assuming both objects have the same density - as is the case here.
Yes. Twice the mass means twice the volume, assuming both objects have the same density - as is the case here.
Yes. Twice the mass means twice the volume, assuming both objects have the same density - as is the case here.
Yes. Twice the mass means twice the volume, assuming both objects have the same density - as is the case here.
100 g of iron has 2.455 times the volume of 100 g of gold.
(The density of gold is 2.455 times the density of iron.)
And 100 g of water has 19.3 times the volume of 100 g of gold.
Think of it ! About three-quarters of a cup of gold weighs as much
as a gallon of water.
If both chunks of iron are solid blocks, yes. The 100 gram hunk would have twice the volume of a 50 gram chunk. Twice the mass of the same thing yields twice the volume. Just as you expected.
FALSE! they are the same substance, just in different quantities. the mass is different,(50g versus 100g) but the amount of matter in each cm cubed is uniform.
Yes. Twice the mass means twice the volume, assuming both objects have the same density - as is the case here.
Yes. Remember that density is mass divided by volume.
True
No. That's the beauty of "density". It's a characteristic of the substance, and the size of the sample has no effect on it. As long as the sample is pure, a pinhead of it has the same density as a truckload of it.
Density = Mass/Volume = 57.2g/11 cm3 = 5.2 gcm-3
Look at the density of each substance. Iron is less dense than mercury, so yes, it will float.
The volume is 0,62 L or 6,2 dL.
if u made the piece ofmetal hollow it can float unless its density is larger than the water densityANSWER:If you make it displace more water than what makes it sink, it will float, as in a ships hull. If you make pontoons out of it, it will float. If you make an enclosed shape that contains enough air, it will float. There should be less density in the item than the water.
density is a physical property of the material, it has nothing to do with the size of the piece. lead is 11.35 g/cc iron is 7.874 g/cc steel is between 7.75 and 8.05 depending upon type of steel.
The density should be identical regardless of the quantity, because "density" is what's called an intrinsic property; it doesn't matter how much of the substance there is.
No. That's the beauty of "density". It's a characteristic of the substance, and the size of the sample has no effect on it. As long as the sample is pure, a pinhead of it has the same density as a truckload of it.
7.86 grams/cm3===========
The wood is "lighter" (weighs less; has less mass) than the iron because of it's density. Iron has a greater density than wood, and density is defined as mass/volume, so having the same volume (size), the iron will have a greater mass.
Density = Mass/Volume = 5.6grams/20cm2 = 0.28 g/cm3 This is clearly a hollow piece of iron since the density of solid iron is 7.9 g/cm3
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lead is more dense
The density is 7.8 grams per cm^3.
The density of iron (at room temperature) is approx 7.87 grams/cm3. Therefore, volume of 63.6 grams = 8.08 cm3
Density can be found by the formula ρ=m/V where ρ=density (kg/m3 or g/cm3) m=mass (kg or g) V=volume (m3 or cm3) To find the density of iron, you must first know the mass of iron at a certain volume. You can do this by using laboratory apparatus such as a measuring cylinder and/or a displacement can to find the volume of a piece of iron. Then using an electronic balance, find the mass of the same piece of iron.
The absense of heat is zero on the Kelvin scale, which is −273.15 degrees Celsius. So 0 C is 273.15 K, and 18 C is 291.15 K. Twice that is 582.3 K, or 309.15 C.