Nobles in Egyptian society were related to the pharaoh, priests, scribes, doctors, lawyers, or important military personnel. Many of the nobles were overseers of the lands worked by peasants. Taxes from these lands were paid to the government in the form of crops or cattle. These crops in turn were used to pay skilled workers and peasants for their labor on governmental project. Ancient Egyptian temples and shrines were very sacred places. Only special people were allowed into the temples: the priests, priestesses and pharaohs. The Pharaoh was revered as the head of the priesthood. Second only to the Pharaoh was the High Priest who carried out the Pharaoh’s religious duties. Priests were rich and powerful, and were ranked with the officers of the state. Priests had many special privileges. They were called by special names, wore special clothing and were allowed to "see" the gods. In ancient Egypt, most priests married and had families.
It is not an economic activity - it's linguistic in nature, not economic.
It is not linguistics either - linguistics is a scientific discipline.
It's also not a culture region - this would be a kind of region, and a region is not the same as spread of culture.
The correct answer is "a) cultural diffusion.
The answer to this question is Sociobiologist
Sociobiologist Tend to search for correlation between social occurrence and biological occurrence and believe that human behaviors is a direct result of natural selection. This will make Ed tend to believe people's strategy to survive and lived on will determine what those people's do in their everyday life.
Answer:
the third variable problem
Explanation:
Third variable: In psychological research, the term third variable is also referred to as the confounding variable and is defined as a factor except for the independent variable in research that may cause an effect to the result.
Third variable problem: The third variable i.e, the confounding variable is responsible for making a mistake in the causal relationship between the other two variables present in an experiment.
In the question above, the given statement combination of factors is known as the third variable problem.
