Rod shaped.
Gases can take the shape and size of any container because they have particles with high kinetic energy that move freely and independently. This allows them to fill and conform to the shape of their container.
Yes, a solid has a definite size but can have a variable shape, meaning it does not conform to a specific shape like a square or circle. An example is a lump of clay that can be molded into different shapes while maintaining its volume.
Size, shape, and melting point are physical properties of matter. Size refers to the dimensions or magnitude of an object, shape concerns the form or configuration of an object, and melting point is the temperature at which a solid substance changes to a liquid state. These properties are useful for characterizing and identifying different substances.
Matter in the liquid state can take the shape of a container. However, a liquid has a definite volume. On the other hand, a gas can do both, that is take the shape and volume or size of a container.
That is a physical change. The chemical composition of the substance does not change during a physical change, only its physical properties like size, shape, or state of matter.
mitochondria vary considerably in their shape and size
The shape, size, and internal structure of mitochondria have been revealed by techniques such as electron microscopy and fluorescent labeling. These methods allow scientists to visualize the structure and organization of mitochondria at a microscopic level.
The mitochondria and chloroplast are both complex cell organelles that are found in eukaryote cells. These are both oval in shape.
There are many shapes.Common shape is elongated oval shape.
No, they give the cell energy.
oval in shape
1 micrometer,
mitochondria
The mitochondria looks like the size of a Lima bean inside its cell. So imagine the cell as the size of your hand, then picture a Lima bean in your hand. That is approximately the size of the mitochondria inside the cell (your hand).
Mitochondria typically range in size from 0.75 to 3 micrometers (750 to 3000 nanometers) in length in human cells.
They are different than plants. They are circular in shape
Yes, it does. A congruent shape has the same shape and size as another shape. A shape that is similar is the same shape, just a different size, like a proportion.