Fear Have you ever wondered whether men or women get more scared easily? This question and more will be answered in this paper. This topic was picked because it would be interesting to see whether men or women would have the higher heart rate when exposed to a fearful stimulus. Based on research, the hypothesis for this experiment is that men and women will have the same increase in heart rate, making both men and women equal in their reactions. In this paper, you will find out the basics of fear, the pros and cons of fear, how to control fear, and finally, whether men or women get more scared easily.
Fear is an unpleasant emotion caused by the belief that someone or something is dangerous, likely to cause pain, or a threat. It comes from the parts of the brain called the amygdala and the hippocampus, which are both located near the center of the brain. The amygdala are two almond shaped groups of nuclei located deep within the temporal lobes of the brain which perform a primary role in the processing of memory, decision making, and emotions, including fear. The hippocampus is a major building block of the brains of humans and connects to the amygdala. It has been found that people develop specific fears as a result of learning, or after an accident or experience. Because of this, there are many common fears that we all share,
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These things relate to our experiment because fear plays the biggest part in it. The basics of fear, the pros and cons of fear, and how to prevent fear help us understand fear so we know what we are dealing with when we experiment with it. Now that we know all these things about fear, why would any of it be different for men or women? The answer is, it wouldn’t be, so according to the research, men and women technically do have the same increase in heart rate. In conclusion, it is hoped that this research will help prevent stereotypes in everyday life about women getting scared more easily than
Fear is one of the strongest emotions for every human being; like love or hate it can distort our mind, causing us to not think or act logically in different circumstances.
Fear is one of the oldest,strongest, most uncontrollable and an unavoidable feelings. It can: make you sweat, make you cry, shake or even lose your appetite for food. It can also cause people to do stupid things that they never would do in ordinary circumstances. This can be seen in many different aspects of life. One place it can be seen is literature. It can also be seen in movies and t.v. The last place fear is shown is real life.
Fear is an emotional response caused by a threat, which causes a change in the brain and organ function, as well as behavior. It is
What is fear? Fear is that pit in the back of your stomach, your anticipation to do something, overwhelming yourself for no reason or a nightmare you might have. Most of the time people blame their fear on other people. This is inaccurate; a person only controls there own fears. A person's brain can
The definition of fear is an unpleasant emotion resulting in being afraid of someone or something that is a dangerous threat. However, fear can come in many forms and affect people in several different ways. Fear is evident in all areas of life. Everyone experiences fear whether the outcome is positive or negative. Fear is no doubt inevitable. For example,whenever you have to present a speech, you may fear ridicule or judgement. Or when you are walking to your car late at night by yourself, you fear many dangerous situations that can happen. According to Mary C. Lamia in “The Complexity of Fear” in Psychology Today, fear in terms of psychology is described as the fear of the unknown, fear of death, and catastrophic fear. Mary C. Lamia has found
Fear is a chemical chain reaction in the brain. It is in the part of the brain that allows us to communicate and to speak with other people ("Layton, Julia"). The idea is an autonomic response in the brain with many parts of the brain involved. Fear starts with a scary stimulus and ends with a fight or flight response telling the human to fight back or run away. It starts with two processes the quick and messy way, and the clear and slow way ("Layton, Julia"). The quick way is when you are panicking and out of breath and the clear way takes a while and is when you calm down and realize it was nothing. Both of the processes happen simultaneously ("Layton, Julia"). The brain uses your blood stream and nervous system to create fear. When your muscles tighten and your heart races, you are probably in a state of fear. Without fear you would walk into traffic or pick up poisonous snakes. Fear saves our lives ("Layton,
Studying parts of the brain that are involved in dealing with fear and stress also helps researchers understand possible causes of PTSD to begin formulating a plan to treat PTSD. The amygdala is known for its role in emotion, learning, and memory. The amygdala appears active in learning to fear an event as well as in the early stages of fear extinction. In storing extinction memories and dampening an existing fear the prefrontal cortex, which is involved in problem solving, decision making, and judgement, is seemingly
In Chapter 8 “Where the Wild Things Are,” the author Le Doux looked at the how our brain regions and systems functioned during the development of anxiety disorders. He introduced many researchers’ ideas and theories such as Pavlovian conditioning and instrumental conditioning; then, he listed the brain regions that were associated with anxiety and fear conditioning such as hippocampus, amygdala, sympathetic nervous system, and various brain cortexes. He also explained how our brain became conditioned for different anxiety disorders.
Everyone has some sort of fear or something they are scared of. Fear is a strong emotion that compels people to think and act in response to it. Fear is also unique in the fact that everyone has a different fear, and a different way of dealing with them. Some may say can help you survive, but we don't live in the caves anymore. Fear is a harmful emotion because it can cause paranoia, it can limit your potential, and it can make you prejudice.
Many scientists have been turning to genes that may have a role in creating fearful memories for an explanation as to what causes PTSD. They have also been studying different areas of the brain that control fear and stress such as the amygdala and prefrontal cortex. The amygdala has a role in the early stages of learning to fear and not to fear certain situations. The prefrontal cortex is said to help control the extinction of long term fearful memories. An individual genetics, brain area growth, and other environmental factors play a role in the risk of the individual developing PTSD after a traumatic
The parabrachial nucleus is a center for regulation of physiologic manifestations of fear avoidance and anxiety 83. These connections develop information about whole body rotation and position with respect to gravity. This information is linked to threat assessment pathways via connections between parabrachial nucleus and the central nucleus of the amygdala 85. Connections between amygdala and superior colliculi and between amygdala and thalamus link visual and somatosensory inputs to threat assessment pathways 86. Sensory inputs and assessment of threat converge in the hippocampus, dorsolateral prefrontal cortex, the insula, and anterior cingulate. These four structures are components of both the limbic and the vestibular cortex 87. Vestibuloparabrachial network and amygdala-locus coeruleus outputs
Differences in brain structure between males and females result in important differences in perceptions, emotional expressions, priorities and behaviors. (*) Relationship traits, problem solving approaches, mathematical abilities, reactions to stress, language, emotions, brain size, pain perception, spatial ability and susceptibility to disorders are just some areas in which men and women react differently because of their differences in brain structure. (*) To some scientists and theorists these many influential biological differences between men and women make gender roles inevitable. (*)
Research has shown that early exposure to circumstances that produce persistent fear and chronic anxiety can have lifelong consequences by disrupting the developing architecture of the brain (National Scientific Council on the Developing Child, 2010). Changes in the brain activity and have been shown to have long-term, adverse consequences for learning, behavior, and health (National Scientific Council on the Developing Child, 2010). Research as shown that several parts of the brain are key actors in the production of fear and anxiety (National Institute of Mental Health, 2014). Using brain imaging technology and neurochemical techniques, scientists have discovered that the amygdala and the
Since the beginning of time, women have been fighting for their rights. Whether it’s the right to vote, be on the front line with men, or the simple things like, work in an office, we must put up a hard-fight. Recently in the news this question has been popping up, “Should women be able to stand alongside men on the front-line?”
Combined research shows men and women vary little in experiencing emotion but contrast greatly in the expression of emotion. Psychologists have studied the reasons behind the differences through the years and there are still many unanswered questions but there are several well-accepted possible causes and combination of causes. Neuro science and the brain makeup is the first area of proven differences.