The respiratory system has many parts and its function can affect the success of emergency treatment, including patient care during unrelated emergencies.
Proper assessment and treatment involves understanding how it is supposed to work and what to do if things go wrong. Use this study guide to give you an idea of exactly what you need to study to do well on the airway questions on the EMT test.
Emergencies with cardiovascular and resuscitation components require a great deal of knowledge and skill with regard to the body systems involved. Use this study guide to help you define what you need to know and gain a basic understanding of what is required to treat such an emergency.
As with all sections of the EMT test, your best study resource is the class textbook. In this study guide, we have provided an outline of the topics and terms you need to know and fully understand. Use it to guide your review as you prepare and remember that your goal is much more than passing an exam.
It is to be a fully qualified and competent emergency services provider. Many of the emergencies you encounter will involve specific medical issues and conditions which do not simply fall under the airway or cardiac categories.
This study guide gives you an outline of topics to study in order to prepare for these types of questions on the EMT test.
Many times, emergency medical calls require EMTs to address the results of some sort of accident with bodily injuries of many sorts. Dealing with trauma requires a great deal of knowledge of medical terms and specialized procedures.
This study guide will give you an idea of what topics to study. Please refer to your EMT textbook for complete information on all of the concepts you see here. Mike was chosen to participate in the development of all four U. He is very interested in promoting EMS research, particularly in rural areas.
Edward T. Dickinson Medical Editor. He is a residency-trained, board-certified emergency medicine physician who is a Fellow of the American College of Emergency Physicians. Dickinson began his career in emergen. Short-link Link Embed. Share from cover. Share from page:. More magazines by this user. Close Flag as Inappropriate. You have already flagged this document. Example: speed, mass, temperature, volume, density, electric charge etc. The distribution of a scalar quantity with a definite position in a space is called scalar field.
Eg; the temperature of atmosphere where it has a definite value in the atmosphere but there is no need of direction to specify. A physical quantity which is characterized by its magnitude and as well as direction is called vector. The corresponding field is called vector field, if a quantity which is specified in a region to define a field is a vector.
Example, the gravitational force on a mass in a space. This force has a value at various points in a space and also has a specific direction. It was given by Calomel Charles Coulomb, a french army engineer.
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