which state is shaped like a glove
described as "spherical" or "ball-shaped".
A vase is the shaped like a trapezoid
A parabola is a U-shaped graph.
Ranch homes are shaped like rectangles
Amyloid fibrils are solidified protein fragments shaped like tubules in which they are formed. These fibrils are often associated with certain neurodegenerative diseases like Alzheimer's and Parkinson's.
Platelets
The war solidified the southern boundary of Texas and ended the hopes of Mexico for getting it back.
Plucking is a glacial erosion process where ice lifts and carries rock fragments. As a glacier moves downhill, these rock fragments can become wedged in crevasses and cracks in the valley floor. Over time, the repeated plucking of these rock fragments by the moving glacier causes the valley to deepen and widen, creating a U-shaped profile.
The fan-shaped pile of broken rock fragments at the base of a steep bedrock slope or cliff is known as a talus slope or talus cone. This debris results from the weathering and erosion of the bedrock above, where gravity causes the rock fragments to accumulate at the base of the slope.
A protein disk is called a protein wafer. It is a thin, flat, round-shaped snack or supplement that is made primarily from protein sources such as whey protein.
they are ribosomes
Microfilaments are made from a protein called actin. Actin filaments are composed of monomers of globular actin proteins, which can polymerize to form long, thin filaments that are a crucial component of the cytoskeleton in cells.
Platelets are small colorless disk-shaped cell fragments that are involved in clotting blood. Platelets do not have nuclei and are found in large numbers in blood.
The ball-shaped protein called actin is the primary component of microfilaments. Actin molecules polymerize to form thin, flexible filaments that are important for cell movement, shape, and division.
Crystalline solids have an ordered arrangement of atoms that cause fractures to propagate along specific planes. When a force is applied, the atoms are displaced from their equilibrium positions, causing them to break along these planes, resulting in regularly shaped fragments.
Dentinal tubules are 'S' shaped to maximize the surface area available for the passage of fluids and nutrients between the pulp and the outer layers of the tooth. This shape allows for the efficient exchange of substances within the tooth structure, helping maintain its health and vitality.