Answer:
Class; and there are three classes at the time
- Upper class.
- Middle class.
- Lower class.
1. The most important agent of Socialization is the family because it is the first social contact of the child. The child would interact with their fathers whom we will learn social norms, forms of attachment, norms of conduct, among many other things, so the pressure they exert as agents of socialization is high. The family continues to be an important agent of socialization throughout life but changes shape, as we form our own family with whom we interact constantly.
2. The second answer is yes, the agents of socialization more important in different stages of the life change because when we grow up we need more and different kind of socialization, and we also learn in all these stages the different nuances necessary to develop in sociality.
- In the childhood, the family is the most important agents of socialization.
- In adolescence, peers become the most important agents of socialization.
- During early adulthood, friendships are the main agents of socialization.
- During adulthood the main agents of socialization are the family itself; the children and the couple. In this stage, we interact less socially.
I hope this information can help you.
Don't avoid there questions.
The correct answer is: The Madrid Plan.
This is the global action plan on aging. This meeting was held in Vienna, where the importance of establishing agreements, laws, and policies related to the human rights of the elderly was discussed so that they have a dignified and independent old age, access to medical attention and care, and the personal fulfillment. This is due to the aging population that many developed countries face.
I hope this information can help you.
Answer:
E- All of the statements are true
Explanation:
Insulin and Glucagon are hormones, both secreted by the pancreas.
Insulin functions in the conversion of carbohydrates to glycogen which is stored in the body as glucose reserves. This implies therefore that:
- A carbohydrate rich meal will stimulate the increased production of insulin.
Glucagon on the other hand, works to breakdown the glucose reserves in situations such as fasting or increased physical activity to make energy available for the body. Glucagon also functions in gluconeogenesis which is the conversion of other nutrient molecules other than carbohydrate, such as amino acids and lactate into glucose to provide energy for the body.
The function of glucagon therefore implies that:
- A protein rich meal will increase glucagon secretion
- A carbohydrate rich meal will decrease glucagon secretion since it functions on other food molecules
- Exercise will increase glucagon secretion