You are confusing density with weight. Two pieces of wood of the same density but different sizes have different weights.
Density, you could say, is like hardness. If you take a 6 foot piece of wood, and cut 2 feet from it, the two pieces of wood are definitely different weights but the same hardness. Since they came from the same original piece of wood, they almost have to be the same density.
There are some types of wood that have such high density that they will not float on water.
If two perfect spheres of different sizes have the same mass, then the larger ball has a lower density and the smaller ball has a higher density. This is because density is the amount of mass in a given volume, and density is obviously higher if there is a smaller volume for a given amount of mass.
Sauce pans come in a range of measures.
Gravity has an effect on all objects, including objects of different shapes and sizes.
There are different sizes that you can get a slinky
Yes there are different measuring instrument and unit to measure different forces.
Iron can come in pieces of different sizes.
If two perfect spheres of different sizes have the same mass, then the larger ball has a lower density and the smaller ball has a higher density. This is because density is the amount of mass in a given volume, and density is obviously higher if there is a smaller volume for a given amount of mass.
Kleenex comes in boxes of different sizes.
For the creativity of the person building, mostly to let the builder use different sizes of pieces in their creations. It also is used in sets if it is needed.
no, what determines whether they will float or not is their density
Yes there are different sizes of trash receptacles. You could observe the different sizes of trash receptacles on amazon.com. They offer cheap prices and durable products.
There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.There is no answer to that. An e-mail can be different sizes, so it could be many small messages or a smaller amount of large messages, but typically a mix of all different sizes.
-- If you want the two pieces to be equal size, then there's only one way. -- If the two pieces can be different sizes, then there are 500,000 ways.
You can separate them by their colors, copper having a pinkish tint and aluminum a gray tint. You could use your fingers or a pair of forceps to pick the pieces apart. If they are of different sizes, you could use a screened sieve to sort them.
No, you can compare densities for objects of different sizes. Just divide mass by volume for each object.
This means that the different proportions are not the same. You could have different sizes or have the shapes change unproportionally.
why are raindrops different sizes?