Electromagnetic pulse

an anomalies result. This was not included when working out my mean. My graphs, shows the pulse rate increases, though out the exercise. Pulse rate increased to 124 beats in 5 seconds than resting pulse rate, after the 10 seconds exercise, increased to 129.5 beats, after 15 seconds increased to 133, after 25 seconds of the exercise was over 136. The increasing intensity levels of exercise causes the pulse rate to increase regularly Conclusion: Prediction: For my prediction, I predict that as the

the main ones. Vital signs: Temp 97.1,PR:77, BP 117/57, RR 18 and O2 sat 97 %. Lungs: loud crackles ( in both sides) lower quadrants. Extremities: she has ischemic ulceration measured around 1.5 cm * 1.25 cm. Lower foot edema 2+ in both sides. Weak pulses and gangrenous left foot. Dehydrated and poor skin turgor. Erythema and discharge noticed on dressing. Planning: The care plan focuses mainly on • Daily weights: Performed on the same scale, the same time of day, and in clothing of the same/similar

Teacher’s Instruction: Design a lab that will examine a factor that affects blood pressure and heart rate. Research Question: What is the effect of temperature on blood pressure and heart rate? Introduction: Blood transports nutrients, oxygen, carbon dioxide, hormones, antibodies, urea and heat through our body. The heart is transports blood by pumping it through blood vessels. Blood flows from areas of high pressure to areas of low pressure. The pressure of blood in the circulatory system is a

[Type text] [Type text] [Type text] Adult Medicine Winter 2016 Chief complaint: Chest pain History of Present Illness- The patient is a 64-year-old female with a 15-pack year smoking history presents to clinic complaining of chest pain for the past two weeks. The chest pain is accompanied by fatigue and weakness. She denies any recent illness, fever, or weight change. She denies any hypertension and shortness of breath?.She was nauseous with hot flashes and sweating 4 days ago with no vomiting

are imperative in a clinical setting as they help to determine the overall health of a patient. During a routine vital sign examination, hospital personnel such as nurses or certified nursing assistants must evaluate the patient’s body temperature, pulse rate, respiratory rate, and blood pressure in order to obtain an adequate assessment of the patient. Typically, radiographers are not often required to collect their patients’ vital signs. However, it is crucial for a radiographer to know how to acquire

Introduction The last week of classes for NURS1005 were a series of clinical skills activities. These activities refreshed the student’s minds on what they will be doing on placement and how to do it. We got assessed on three clinical skills; taking and recording vital signs, blood glucose levels and doing a urine analysis. I’ve chosen to reflect on taking vital signs and how I performed them. Reflection is a very important part of learning from experiences which is essential in nursing. Nursing

Chest Pain Chest pain is defined as a general term for any dull, aching pain in the thorax, usually referring to that of acute onset, which is often regarded as being myocardial in origin unless proven otherwise (McGraw-Hill n.d.). Chest pain is a warning to seek medical attention and can be caused by many reasons. Serious causes for chest pain include: Acute Coronary Syndromes (ACS): New onset angina, accelerating or crescendo angina and prolonged angina or coronary insufficiency, non ST elevation

In mammals, there are many different systems that all work together in the body in order to create life; one of those systems that holds a great portion of responsibility it the circulation system. In the circulation systematic, the heart is the main component and worker, which for mammals comes in the form of a dual pump that moves blood throughout the entire body. While moving blood throughout the body the heart also helps with oxygenating the blood, by pushing it through the lungs. The heart is

1. Pathophysiology of Postoprative Hypovolaemia and the body’s compensation mechanisms: Presented with the post-operative assessments of Mr. George Jensen who suffered from an open fracture of his right tibia and fibula and underwent an Open Reduction and External Fixation procedure, a nurse can tell that he is experiencing post-operative Hypovolaemia. Hypovolaemia pertains to an abnormal loss of blood volume and body fluid. It is a life-threatening condition brought on by low blood venous return

complaining of increasing pain with touch or movement. The patient grimaced when moving her right leg. There’s visible swelling in the left knee, warm to the touch with +2 pitting edema, BLE pedal pulse present, popliteal pulse present at left leg but pulse in not palpable on the right popliteal (pulse can only be heard with Doppler at right popliteal due to swelling). Injured extremity was elevated on a pillow as patient awaited further evaluation and treatment options from physician. X-ray returned