it's actually constantine(with no R) but he was the first Roman Emperor to actually convert into Christianity. this led to the popularity of converting into christianity (diffuison) He, constantine, and his co-emperor (licinius i believe) made the idea that all religions could be tolerated. this was a very important thing. also there is a place called Constantinople and it was named in honour of him. (he was also very contraversial)
Easter- Jesus's Resurrection Christmas- Jesus's Birth
That nutrients are allowed to pass through the cell membrane technically fuel the cell.
It spread through the apostles. They targeted Gentiles and managed to convert them.
The significance of the Hellenistic period is that after Alexander the Great's death. Greek, Persian, Roman, and Indian cultures spread due to cultural diffusion.
It doesnt ask for publicity,people are not familair with the origins of christinaity,since the Islamic and Arab conquest of Egypt Coptic christians are now a minority,people dont research enough or focus to much on western christianty rather than eastern christinaity.
contagious diffusion, relocation diffusion, expansion diffusion, stimulus diffusion, hierarchical diffusion.
diffusion
Diffusion is important for the movement of molecules, such as oxygen and carbon dioxide, across cell membranes to maintain cellular functions. It allows for the exchange of nutrients and waste products between cells and their environment, helping to sustain life processes at a cellular level.
they didn't choose christinaity. Christianity chose them. they're the chosen people. God chose the Jews to be his first people.
It was the first time any big exchange in goods, ideas, and products in Mesopotamia. It spread one culture to another. It helped neighbor cultures.
The diffusion kernel is important in machine learning algorithms because it helps measure the similarity between data points in a dataset. By calculating how information spreads or diffuses through the data, the diffusion kernel can help identify patterns and relationships, making it a valuable tool for tasks like clustering, classification, and dimensionality reduction.
simple diffusion, osmosis and facilitated diffusion.