Sugar and salt are solids because their particles are arranged in a regular, organized structure. When placed in a jar, they can conform to the shape of the jar because the particles can slide and pack together to fill the space available. This property is a characteristic of solid materials.
yes by heating and solid like sugar and salt take the shape of container in which they are kept
Most sugar bought for home use is granulated, so it pours freely. Therefore, it will fill a jar and take on the shape of the jar. Sugar cubes are solid cubes, so there will be a lot of spaces between the solid cubes.
Sugar is not considered a fluid because it is a solid at room temperature and does not flow like liquids do. Fluids are substances that can easily change shape and flow, such as liquids and gases. In contrast, sugar maintains a fixed shape and structure until it dissolves in a liquid, where it can then interact with the fluid but does not behave as a fluid itself.
The property of particles in a solid that sand or sugar grains do not show is the ability to flow and conform to the shape of their container. Sand and sugar grains have a fixed shape and volume, whereas particles in some solids have the ability to flow and change shape.
Icing sugar is a solid.
Sugar does not have a definite shape because it is a crystalline substance composed of tiny particles that can easily move or slide past each other, allowing it to take on the shape of its container. The particles in sugar are not bound together in a rigid structure like a solid object, which is why sugar does not maintain a specific shape.
Sugar granules are considered a sample of matter because they are composed of particles, specifically molecules, that have mass and occupy space. As a solid substance, sugar has a definite shape and volume, which are key characteristics of matter. Additionally, sugar can undergo physical and chemical changes, further demonstrating its status as matter.
Yes, a lolly, or lollipop, is generally considered a solid. It is typically made from sugar and other ingredients that are cooked and then cooled to form a hard, rigid structure. While it may have a certain degree of stickiness or softness in some cases, its overall form is solid, allowing it to maintain its shape.
Sugar granules are considered matter because the granules are solid and have weight and inertia. Matter can be anything from a solid to liquid to gas to some other phases.
Sugar granules are considered a sample of matter because they consist of a specific arrangement of molecules, primarily sucrose, which gives them distinct physical and chemical properties. As a solid substance, sugar has a defined shape and volume, and its particles are closely packed together. This enables sugar to be studied and analyzed in terms of its composition, behavior, and interactions with other substances, making it a representative example of solid matter.
Yes, the apparent shape of sugar changes when dissolved in water. Sugar in its solid, crystallized form is a cube. When dissolved in water, the individual molecules separate, and the crystalline structure breaks down.
Sugar granules are considered matter because the granules are solid and have weight and inertia. Matter can be anything from a solid to liquid to gas to some other phases.