Answer:
a. in-group identification is a source pride and self-esteem.
Explanation:
Cialdini and his colleagues (1976) conducted the research focusing on self-confidence and self-esteem. The found that the people were more likely to wear football team shirts after victories than after losses. This highlighted that the want to be acknowledged as a fan and to connect with other fans and members of fans group and to fulfill their sense of belonging. However, social acceptance limited them for wearing the same shirt when after the loss because it is possible that rival fans or other friends will make fun of them hurting their pride and self-esteem.
Answer:
Those belonging to poor and excluded groups in rural areas have limited to no access. Many in remote areas have to rely on small brooks running from the mountains and spend hours traveling to get water. Still the drinking water available is not always safe as supplied water is often polluted. One of the reasons for this is due to the fact that the surface and ground water in the Kathmandu Valley is deteriorating by natural and anthropogenic contaminations.
Explanation:
Answer:
The unconditional response is to strengthen the immune system as a result of ingesting the drug placed in the water.
Explanation:
Unconditional response is the name given to a response, given by the organism, which occurs as an automatic result of an unconditioned stimulus. An unconditioned stimulus, in turn, which is a stimulus that causes responses in the body.
In this case, we can see that the unconditioned stimulus is water sweetened with a drug that strengthens the mice's immune system. In this case, if the rats consume this water, their immune system is automatically strengthened, and this strengthening is the unconditional response of the experiment.
Answer:
The answer to this question would be: (3) The ice cube gains heat energy and the water loses heat energy.
Based on the law of conservation of energy, the energy in an isolated system should be constant. If something receives energy, other must be losing energy. The option 1 and 2 definitely false because the total energy is not constant.
In this case, the ice should have lower heat energy, so the ice should be the one who receives energy from the water
Explanation:
