Ans:- Communication is a process that involves exchange of information‚ thoughts‚ ideas and emotions. Communication is a process that involves a sender who encodes and sends the message‚ which is then carried via the communication channel to the receiver where the receiver decodes the message‚ processes the information and sends an appropriate reply via the same communication channel. Types of Communication: Communication can occur via various processes and methods and depending on the channel
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The Communication Process 1 The Communication Process Mike Speed University of Phoenix The Communication Process 2 Listening and Responding in the Communication Process Imagine a scenario in which you are put in
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Assignments Assignment 1.1: Communication Process Model Directions: Think of a misunderstanding you experienced when communicating with someone else at work‚ home‚ or school. Then fill in the blanks of the chart below. Who was the sender? I was the sender. | | Who was the receiver? My wife was the receiver | | What was the message? The message was about a computer that we owned. | | What channel was used to send the message? The channel used was voice and speech | . | What was
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1.1 Communication Process Model Directions: Think of a misunderstanding you experienced when communicating with someone else at work‚ home‚ or school. Then fill in the blanks of the chart below. Who was the sender? | | Who was the receiver? | | What was the message? | | What channel was used to send the message? | | What was the misunderstanding that occurred? | | How could the misunderstanding been avoided? | | 1. What did you learn about the communication process from
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subject of mirror neurons‚ which are neurons that fire when an animal acts or observes the same action done by another. We learned that these neurons exist primarily in the ventral premotor cortex F5 areas of a monkey’s brain. Experiments proved that neurons in the VPC F5 area fire when a monkey does an action‚ but also fire when a monkey watches a human do the same action. However‚ when the monkey watches the human just carry out the motions of the action‚ not actually do it‚ the neurons in this area
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Mirror neurons are defined as a group of neurons that fire both when the monkey executes a motor act and when it observes another individual (a human being or another monkey) performing the same or a similar motor act. They were discovered by a group of scientist at the University of Parma‚ Italy‚ when working on monkeys. The researchers‚ led by Giacomo Rizzolatti‚ had observed strange phenomenon with peanuts. They discovered that same group of neurons was responding when the monkey would pick up
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Alzheimer’s Disease is a degenerative brain process that produces‚ usually slowly over time‚ dementia or senility. It is also known as senile dementia. The brain is disrupted from the way it normally works – mental function becomes impaired -- and the patient’s memory‚ ability to think clearly and sometimes the patient’s language is impaired. The causes of Alzheimer’s are still not known -- but we do know that the disease produces physical change in the brain. There is shrinking in some areas and
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ABSTRACT NEW DISCOVORIES FOR THE REGENERATION OF DAMAGED NEURONS (Possible cures and relief for millions of people) Normally‚ neurons in the central nervous system (the brain and spinal cord) cannot regenerate injured nerve fibers‚ limiting people’s ability to recover from brain or spinal cord injuries. Repair of the central nervous system and restoration of voluntary motor activity through axonal re-growth has long been considered impossible in mammals. Over the last decade‚ numerous attempts
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hand and raising your arm. It requires communication between your brain‚ muscles and organs. This starts with the neurons. Our organs sense things the brain needs to know. Signals are sent to the brain‚ it is decoded and then tells your brain what muscles to use and how. The signal is sent‚ a neurotransmitter. This is stored in the axon. An electrical impulse starts in the neuron. The charge is sent down the axon and this is how it starts. A neuron has three basic parts: the body or soma
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1. You are looking at a neuron under a microscope. You find many structures coming off the cell body. Some of these are relatively thick and branch many times. One of the structures‚ however‚ is very thin and very long. This latter structure is most likely the neuron’s __________ ‚ which carries the __________. a. dendrite; efferent signal b. dendrite; afferent signal c. axon; action potential d. axon; receptors 2. If the myelin sheathing on neurons is absent or removed in a given individual
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