Answer:
1: Give yourself some compassion: Why am I feeling this?
2: Take a step back: Is what I am feeling going to affect me this much?
3: Take Action: Relax, deep breaths.
Explanation:
Websites, had a similar project recently in Health. Hope this helps.
Answer:
6 cups
Explanation:
because 1 pint = 2 cups and 1 quart = 4 cups and 2+4 = 6 so 6 cups are in 1 pint and 1 quart.
Answer:
- Imput: The player can see the ball approaching.
- Decision making: The player decides which move he should make to hit the ball.
- Outout: The player hits the ball with a club (or other instrument, depending on the sport)
- Feedback: the player visualizes whether he was successful in his move.
Explanation:
The information processing model presents the way in which our organism is able to visualize a situation and respond according to the activities that are happening in that situation.
The steps of this model are: input, decision making, output, and feedback
If we take into account a sport where the player must hit the ball with a club, for example, these steps would happen as follows:
- Imput: The player can see the ball approaching.
- Decision making: The player decides which move he should make to hit the ball.
- Outout: The player hits the ball with a club (or other instrument, depending on the sport)
- Feedback: the player visualizes whether he was successful in his move.
First, you have to know that dropping out at highschool can make finding a good paying job more difficult, unless you have a valid certificate. I think that you can become this way a:
- carpenter (diploma don't needed)
- construction manager
- Mechanic
<u>Microglia cells </u>are glial cells that respond to injury or disease by multiplying, and then engulfing cellular debris or even entire cells.
<h3>Functions of microglia</h3>
Microglia cells are the immune cells of the central nervous system and consequently play important roles in brain infections and inflammation. Recent in vivo imaging studies have revealed that in the resting healthy brain, microglia are highly dynamic, moving constantly to actively survey the brain parenchyma.
These active microglia can rapidly respond to pathological insults, becoming activated to induce a range of effects that may contribute to both pathogenesis, or to confer neuronal protection.
However, interactions between microglia and neurons are being recognized as important in shaping neural circuit activity under more normal, physiological conditions. During development and neurogenesis, microglia interactions with neurons help to shape the final patterns of neural circuits important for behaviour and with implications for diseases.
Learn more about glial cells
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