Answer: Lots of people have fun runs or community activities where you can play a game such as basketball, baseball or soccer. Although instead of drinking soda you could drink Gatorade or water and encourage the people around you to be healthier in their dietary choices.
Some problems could be if they see an increased heat rate that means your working out but if you don’t see a usual heart rate this might be bad
Answer:
The best example of the mind-body connection would be stress.
Explanation:
Stress is an unpleasant feeling caused by some external factors. The things that provoke stress in people are often problems that we face every day and that worry us. Those can be issues at work, home, with your partner, with your friends, etc. However, this anxious feeling affects our well-being. It's not that we feel bad, but it attacks and harms our body. The symptoms can be very simple, such as headaches, insomnia, lack of appetite, etc. Nevertheless, the consequences can reach very serious health problems. To sum up, <u>stress is a very good example of the strong relationship between our mind and our body.</u>
Physiology studies every part of our organism and the processes that regulate it.
Intellect stands for the mental part of our body.
Involuntary movement shows that sometimes our body can act independently of our mind.
The lower the level of the pyramid, the more important the needs are. On the most bottom part, you will see physiological needs such as the need for food and water, for shelter and for warmth, while higher up at the top you'll see things such as being esteemed as someone great or being successful at what you do. Those thing are higher because they rare less important for us than physiological needs.
Answer:
Neuroplasticity, also it could be named as “Brain plasticity, Neuroelasticity or Neural plasticity”.
Explanation:
Neuroplasticity is the ability to make adaptive changes related to the structure and function of the nervous system. So we can talk about two types of neuroplasticity: structural or functional. The main objective of neuroplasticity is to optimize the neural networks during phylogenesis, ontogeny and physiological learning, as well as brain injury. There is evidence that neurogenesis (birth of brain cells) occurs not only in babys and young people but also in adults.