Answer:
They can balance technology because they work with partners or teachers can help out.
The Cannon-Bard theory supports the idea that physiological arousal can occur without emotion, asserting that emotional responses and physiological responses to a stimulus are independent and simultaneous.
The theory that suggests physiological arousal could occur without emotion is the Cannon-Bard theory of emotion. This theory, established by Walter Cannon and Philip Bard, argues that the physiological arousal and emotional response are independent of each other and occur simultaneously. In an event triggering an emotional response, according to this theory, our body responds (physiological arousal) and we feel an emotion at the very same time, and neither response depends on the other.
On the other side, we have the James-Lange theory, which states that our emotions are a result of our physiological responses. This diverges from this Cannon-Bard theory as it suggests that we first physically respond to a stimulus, and then we interpret that physical response as an emotion.
The Schachter-Singer two-factor theory is a more complex approach, where the physiological arousal and cognitive appraisal (understanding of the situation) together result in an emotional experience. Meaning physiological response alone doesn't result in experiencing an emotion, it depends on how we interpret or label the situation.
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Answer:
Please mark the brainliest!!
The Cannon-Bard theory of emotion states that stimulating events trigger feelings and physical reactions that occur at the same time.
For example, seeing a snake might prompt both the feeling of fear (an emotional response) and a racing heartbeat (a physical reaction). Cannon-Bard suggests that both of these reactions occur simultaneously and independently. In other words, the physical reaction isn’t dependent on the emotional reaction, and vice versa.
Cannon-Bard proposes that both of these reactions originate simultaneously in the thalamus. This is a small brain structure responsible for receiving sensory information. It relays it to the appropriate area of the brain for processing.
When a triggering event occurs, the thalamus might send signals to the amygdala. The amygdala is responsible for processing strong emotions, such as fear, pleasure, or anger. It might also send signals to the cerebral cortex, which controls conscious thought. Signals sent from the thalamus to the autonomic nervous system and skeletal muscles control physical reactions. These include sweating, shaking, or tense muscles. Sometimes the Cannon-Bard theory is referred to as the thalamic theory of emotion.
Explanation:
Sorry its kinda lengthy but thats what i put on edg. 2020 and got a %100
please make me the brainliest!!
You may be experiencing apathy if you feel worried about what may happen . This statement is False. Apathy and worry are distinct emotional states. Apathy is characterized by a lack of interest, enthusiasm, or concern about things that would typically evoke an emotional response in most people.
While it's possible for someone to experience both apathy and worry simultaneously, they are not inherently connected. In fact, apathy can sometimes be a response to excessive worry. When individuals experience chronic stress or anxiety due to constant worrying, they may eventually become emotionally numb or disengaged as a way of coping with the emotional burden. However, apathy can also arise from other factors, such as depression, burnout, or a sense of hopelessness. It's important to recognize the differences between these emotional states to address them effectively. Apathy and worry may require distinct approaches and interventions for individuals seeking to improve their mental and emotional well-being.
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Answer:
- Cancer is determined by environmental (e.g., lifestyle habits) and genetic (e.g. mutations) factors
- A multidimensional care approach in cancer patients can be accomplished by fulfilling patients' demands and supporting their different perceptions and unique needs
- Nurses are primarily involved in providing multidimensional care
Explanation:
Cancer is a complex disease that includes genetic, environmental, cultural, lifestyle (e.g., obesity, smoking, etc), and socioeconomic risk factors. In consequence, in cancer patients, health care teams aim to provide treatment (and prevention) by a multidimensional care approach involving nursing and personal care, patient´s needs assessment; and psychosocial support. In diseases where a multidimensional approach is required, all the healthcare workers related to patient care (i.e., physicians, psychologists, medical residents, nurses, etc) must be involved. Nurses are healthcare workers that play a fundamental role in multidimensional diseases because they know very well the patient's needs and generally provide both spiritual (emotional, affective) and physical support, thereby providing the highest level of care.
Answer:
Hey!
It is important to control your BREATHING during a warm-up!
Explanation:
Controlling your breathing rhythm can benefit you when you are working you body hard during exercise etc...when your body needs more oxygen, you breathe harder...so controlling this allows the body to access EQUAL and SUFFICIENT amounts of Oxygen, if not, injury may occur!
I HOPE THIS HELPS!!
Answer:
32.7%
Explanation:
Americans started to eat more calories than they burn, and the excess energy is stored as fat. With more and more fast food restaurants opening, more and more of Americans were becoming obese.
B. both oxygen and carbon dioxide diffuse from the blood into the alveoli.
C. oxygen diffuses into the blood and carbon dioxide diffuses into the alveoli.
D. carbon dioxide diffuses into the blood and oxygen diffuses into the alveoli.
At the lungs, oxygen diffuses into the blood and carbon dioxide diffuses into the alveoli.
• At the time of exchange of gases, oxygen moves from the lungs to the bloodstream.
• At similar time, carbon dioxide passes into the lungs from the blood.
• This takes place in the lungs between the network of tiny blood vessels known as capillaries and the alveoli.
• The molecules of the oxygen gas combines with the red blood cells that mediates back to the heart.
• The diffusion of carbon dioxide takes place out of the bloodstream, via the capillaries, and into the alveoli from where it is exhaled out.
• At the same time, oxygen combines simultaneously with hemoglobin and is carried back to the tissues.
Thus, the correct answer is option C.
To know more about:
Answer:
C.
Explanation:
It can not be A. because if both oxygen and carbon dioxide diffused from the alveoli into the blood there would be too little oxygen and too much carbon dioxide.
If both oxygen and carbon dioxide diffused into the alveoli like in B. then that is even worse than the first one because that would leave our blood without oxygen that our body needs for functioning.
And D. can't be true because we don't run on CO2 but on O2 and getting rid of O2 for CO2 would kill us.