They both weight a kilogram. Lead has a higher density.
if the substance of the element has greater density you can make it float by carving it out so weight over volume of the object is lighter in effective density
Depends upon the density of the metal.
Volume isn't sufficient to calculate the weight. It is also necessary to know density of substance the cube is made of. Knowing that, it's only a matter of multiplying volume and density to get weight.
They are both the same weight. Though the mass of the rock would be a lot less than the much greater mass of the puffed rice.
Not directly. A meter is a measure of length while a kilogram is a measure of mass. Although, you can work out the weight (kg) of a quantity of a substance by multiplying the volume of the substance (m3) by the density of the substance (kg/m3).
They both weigh the same: 1kg = 1kg. The kg of butter has a greater volume and the kg of lead has a higher density.
They both weight the same if they are both a kilogram. If it is a density question, than butter is more dense. ~A45
air has no weight
When you find the relative density of butter, use the formula for density = mass/volume. First find the mass, or weight of the butter, and then divide the butter by its volume.
A kilogram is ten times heavier than a hectogram. A kilogram is the base unit for weight in the Metric System and is equivalent to 2.04 pounds.
Weight-wise yes. But there is going to be a different volume due to density
Yes it is. 1 kilogram is the same weight (mass) as about 2.2 pounds (2.2046 lb).
if the substance of the element has greater density you can make it float by carving it out so weight over volume of the object is lighter in effective density
One kilogram of aluminum has a mass of one kilogram. It's weight is one kilogram. It's volume would be .37L, and it's density would be 2.70 kg/L
It will sink, because it has a greater density (the same volume weighing more)
Depends upon the density of the metal.
A stone or a kilogram are measures of mass, not weight. A stone is greater. ___________________ No, wrong! They are measures of weight.