This is because sand is very tiny. Thus, it will stack up and take the shape of the container. Sand is solid so it has a definite shape.
Adam the pro
Only in a container.
A sand saucer is a small mini environment usually placed in a saucer of sand. Made by children it's a way of raising money at school fairs. Each child creates their own mini environment in a saucer, a container is placed in front of the saucer for coins to vote for your favourite. A sand saucer is normally composed of a dish of dirt or sand, with small plants, flowers and figurines placed in it to create a miniature scene.
Sand itself doesnt take the shape of the container its all of sand put together that takes theshape of a container. if you just get a single grain of sand...its not going to take the shape. you need a lot of it.
Heated sand (by the sand bath) is used to provide evenheating for another container:)
To calculate it find the volume of the sand in the container and multiply this by the density of the sand in the container. A much easier way to find the mass of the sand is to weight the container with the sand in it, empty the sand out of the container (and into another container if you want to keep the sand), re-weight the now empty container and subtract this weight from the first.
Sand itself doesnt take the shape of the container its all of sand put together that takes theshape of a container. if you just get a single grain of sand...its not going to take the shape. you need a lot of it.
Generally speaking, a solid's shape and volume are independent of the container it is placed in. So for sand, you have to think of a grain. A liquid has a definite volume, but it's shape changes with the container it is put in. Gas has a mass but its volume and shape are container specific.
Only in a container.
it is so cool
In spite of the apparent evidence, it is not correct to say that sands take the form of the container. Sand is formed by a large number of small particles of amorphous silicon. The single particle does not change shape when put in the container, for example if it would be cubic it remains cubic. The particles change position one with respect to the other so to fill the container at best due to gravity. This phenomenon is especially evident if the sand is shacked after the container filling. Nevertheless, the container is never completely filled, due to the fact that the shape of the particles is generally not suited to completely fill the container.
pour in water. The water will fill in the space that the sand is leaving open. This "open area" would not exists if the sand was taking the shape of it's container. alternately, use a bunch of marbles. Sand is not much different then a marble other then in size. The marbles can show on a larger scale what is happening with the sand.
Solid cannot shape of a container but if you look at something like sand it is still a solid though it behaves like a liquid.
we know that a substance having luster,hardness and crystaline form is termed as solid.in case of sand,it os consist of very minute and small crystals that can overlap each other and occupy in a small space completly but if we take only one crystal of sand,it has shows all properties of solid like luster,hardness ets.so,we can say that sand is a solid even it can take the shape of a container.
A sand saucer is a small mini environment usually placed in a saucer of sand. Made by children it's a way of raising money at school fairs. Each child creates their own mini environment in a saucer, a container is placed in front of the saucer for coins to vote for your favourite. A sand saucer is normally composed of a dish of dirt or sand, with small plants, flowers and figurines placed in it to create a miniature scene.
Yes. A heterogeneous mixture is one that lacks uniformity. When salt water (a homogeneous mixture) and sand are placed in the same container, the sand sinks to the bottom and the salt solution remains, largely, above the sand, demonstrating the characteristic lack of uniformity. See related link, below.
Yes. A heterogeneous mixture is one that lacks uniformity. When salt water (a homogeneous mixture) and sand are placed in the same container, the sand sinks to the bottom and the salt solution remains, largely, above the sand, demonstrating the characteristic lack of uniformity. See related link, below.
Sand itself doesnt take the shape of the container its all of sand put together that takes theshape of a container. if you just get a single grain of sand...its not going to take the shape. you need a lot of it.