They are usually the seed of the plant. They are similar in shape, taste, texture, looks.
They contain cytoplasm.
they al are outer planets.
They are AUTOTROPHS (make their own food).
Grains in a rock can vary in type based on their mineral composition and formation process. Common types of grains include quartz, feldspar, mica, and calcite, each contributing to the rock's overall characteristics. Grains can also differ in size, shape, and texture, leading to classifications such as coarse-grained, fine-grained, or porphyritic. Additionally, the presence of sedimentary, igneous, or metamorphic processes can further influence the type and arrangement of grains within a rock.
When speaking of grain size, grains that have the same dimensions in all directions are referred to as equiaxed grains. These grains typically exhibit a roughly spherical shape and are common in metals and alloys that have undergone recrystallization. The equiaxed structure can enhance the mechanical properties of the material, such as strength and ductility, due to uniformity in grain orientation.
Living things share all of the following characteristics except _____.
Genitals
They contain cytoplasm.
production of light
I'm not sure if you mean their common characteristics, or characteristics that they have in common. Some common characteristics are that they have exoskeletons and they are segmented. However, they also have some characteristics that they have in common, and some which no other animals have. One of these characteristics is that they possess biramous appendages, which means legs and other appendages which are forked into two pieces, although some crustaceans lose the minor piece of some legs as they mature. The seoncd thing they all have in common is that all of them first pass through a nauplius larval stage.
they all have a back bone
They are all united and run by their own government.
Salts are ionic compounds.
They are all invisible and can't be seen.
they al are outer planets.
they are mammals they have brains and they are smart
Genetic influence