A solid has a constant volume and a determinate shape.A liquid has a constant volume but an indeterminate shape.
A gas has an indeterminate volume and an indeterminate shape.
liquids have a constant volume at a constant temperature, and take the shape of their container.
Liquids because when they are put into different beakers their shapes might change but their volume will always be the same.
No, solids cannot be spilled in the same way liquids can because they maintain a fixed shape and volume. While small particles or granules can be poured or scattered, they do not flow or take the shape of a container like liquids do. Thus, while you can drop or move them, the term "spilling" is typically reserved for liquids.
Florida can be described as a peninsula.
Liquids are also known as fluids because they can flow and take the shape of their container, similar to gases. The term "fluid" encompasses both liquids and gases as substances that can flow and change shape easily.
Volume is the area within a hollow 3 dimensional shape.
Solids have a definite shape due to their tightly packed particles, which vibrate but do not move freely. In contrast, liquids take the shape of their container, as their particles are less tightly packed and can flow around each other. This fluidity allows liquids to conform to different shapes, while solids maintain a fixed form.
stress
That would be a liquid.
It is the amount of three dimensional space occupied by a 3-d shape.
The term referring to the overall shape of a melody is called its "contour." It describes the direction of the pitches in the melody—whether they are rising, falling, or staying the same. Contour is an important aspect of melodic structure and can influence how a melody is perceived by the listener.
Yes, the volume of a shape in the metric system is typically measured in cubic meters (m^3). Cubic meters are used as a unit of volume to represent the three-dimensional space occupied by an object or substance.
The term used to describe the shape of an aircraft is its "aerodynamic profile" or "airfoil". This refers to the cross-sectional shape of the wings and other aerodynamic surfaces that enable the aircraft to generate lift and control its flight.