hmmm????????? bcz of science?????
Diffusion occurs because molecules naturally move from areas of high concentration to areas of low concentration in order to reach equilibrium. Factors that influence the rate of diffusion include temperature, concentration gradient, surface area, and the size and shape of the molecules involved.
Geography and diffusion has influenced the past and is still shaping the future in many ways. Diffusion is one of the main drivers for cultural change, while geography shapes and reshape the form and function of regions.
an "amoebocyte" Spicules are the inorganic, needle-like, calcium carbonate or silicate structures that give a sponge its shape and rigidity.
The most inefficient cell shape for diffusion is a large spherical cell, as it has a small surface area compared to its volume. This results in a slower rate of diffusion as molecules have a longer distance to travel to reach the cell's interior.
Veins have to carry blood for diffusion, therefore they muse be thin in order for diffusion to easily occur.
Cultural diffusion is important in geography because it helps explain how cultures interact and spread across regions. It provides insights into how human societies evolve, adapt, and influence each other, shaping the cultural landscape of different places. Understanding cultural diffusion is crucial for geographers to analyze patterns of migration, trade, and communication that shape the diversity and interconnectedness of societies worldwide.
The central vacuole in plant cells helps maintain turgor pressure, stores nutrients, wastes, and pigments, and regulates the pH of the cell. It also plays a role in cell growth and development by controlling the size and shape of the cell.
The Bantu people spread their language, agriculture techniques, and ironworking skills across sub-Saharan Africa, contributing to the cultural diffusion and development of various societies in the region. This influence helped shape political structures, trade networks, and social organization in many African communities.
The shape of a molecule or object can affect the rate of diffusion by influencing the distance that particles must travel to reach a target area. Smaller, more compact shapes typically diffuse faster because they encounter less resistance and have shorter diffusion paths. Conversely, larger or more irregular shapes may diffuse more slowly due to increased surface area and a longer diffusion distance.
aspect influence the design
Gives the cell nutrients and gives it shape
Liquids does not have a definite shape, but have a definite volume. Diffusion is a slow process and liquids are compressible.