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Any amount of lead has the same density as one cubic centimeter of lead, but no amount of lead has the same density as any amount of iron.
Lead is heavier than iron.
Lead is heavier, but iron is stronger.
The first reference I consulted on line lists the density of gold as 19.32 gm/cm3,whereas the density of your sample is 19.286 gm/cm3.
The density is 10.7 g/mL. The sample is not pure lead because the density of pure lead is 11.3 g/mL.
Any amount of lead has the same density as one cubic centimeter of lead, but no amount of lead has the same density as any amount of iron.
This is incorrect. A bar of lead is denser than a bar of iron. Iron bars have a density of 7.87 g/cm3, whereas lead bars have a density of 11.36 g/cm3.
lead is more dense
Platinum is the densest metal of these four.
Density is a weight per unit volume calculation. There could be different alloys or casting methods with subtle differences in density, or temperature variations in expansion and density. However: Every cubic centimeter of lead weighs 11.34 grams. Every cubic centimeter of iron weighs 7.86 grams. Thus, the density of lead (11.34 g/cc) is greater than iron (7.86 g/cc). This is independent of the actual weight and volume of the sample.
No, alveolar elasticity would not directly lead to laryngitis or influenza.
Yes, aluminum is approximately 2.7 times more dense than water
Interesting question. the density of lead is 11.34 grams per milliliter. Density = grams/milliliters so, 11.34g/ml = 129.96g/ml 11.34(ml) = 129.96 ml = 11.46 milliliters so at least that many milliliter volume of iron to balance the lead.
1.) A sample of chlorine gas is compressed. 2.) A sample of water is frozen. 3.) A diamond is submerged in water. 4.) A lead weight is carried up a mountain. 5.) An Iron bar is cooled.
Lead is heavier than iron.
That depends on the amounts, of course - what exactly you are comparing. The buoyant force depends on the volume. For a certain volume of lead, there will be the same buoyant force as for the same volume of iron. On the other hand, since lead has a greater density, the buoyant force on a certain amount of MASS of lead will be less, compared to iron, since the same mass of lead will use up less volume.
Lead is denser than iron.