physioex 11-2 Essay

b. The blood type (e.g., Type A, B, AB, O) of a group of participants (Mode)

1. Which is more likely to occur, a change in blood vessel radius or a change in blood vessel length?

1. Explain the change in ERV with exercise. the ERV decrease with exercise asssuming that the volume of air was exhaled more than being enhaled at the time. 2. Explain the change in IRV with exercise. IRV decreased as well because the amount of air that was supposed to be inhale was very little inhalation during the time of exercising. 3. Explain the change in IC with exercise. IC increase with exercise beacause the subjects were able to allow their lungs to breath. 4. Explain the change in FRC with exercise. The FRC decrease just a little with exercise. 5. Explain why RV does not change with exercise. the ERV decrease with exercise asssuming that the volume of air was exhaled more than being enhaled at the time. 6. Explain why VC does not change with exercise. the vital capacity remain the same because it accumulated the tidal

Calculate the stroke volume of Suzie’s heart, and compare it to that of a normal individual.

Blood is a non-Newtonian fluid that contains many components. One such component is red blood cells. Due to the red blood cells having the tendency to clump together at low velocities, calcium chloride was added in order to cause a thrombus formation. The blood used in this experiment was sheep’s blood.

The authors then share their analysis on the changes of heart rate and GSR at the many different points throughout their study.

1. Review and analyze the laboratory data. What diagnosis is supported by these values? Give your rationale.

What impact does the illness have on the blood’s ability to clot? Include the role of vitamin K and the specific clotting proteins affected. Also discuss platelet production. Describe the test that is typically run to test the blood’s clotting ability.

PHYSICAL EXAM: Temperature 98.6, Blood pressure 140/90. Pulse 110. Respirations 26. Her lungs are clear, showing mild signs of distress. Heart sounds are normal, irregular rhythm and bradycardia noted. No edema noted in extremities. Patient skin is cool to touch, slightly clammy. EEG shows prolonged QRS wave, with ischemic ST changes and PVCs. Chest radiograph clear.

2. Which of the following terms refers to either a reduction in the quantity of hemoglobin or a reduction in the volume of red blood cells?

25) A 62 year-old woman comes to the ER with complaint of breathing difficulty and chest pain. Her blood pressure is 88/58. After the patient is placed on the cardiac monitor, the rhythm is as shown below. What is the best action that the nurse should take for the patient?

a. The study was conducted in accordance with the ‘Recommendations Guiding Physicians in Biomedical Research Involving Human Subjects’ in the 1989 Declaration of Helsinki.

The purpose of this experiment was to determine the effects of tonicity on a cell membrane using red blood cells, potato strips and three unknown solutions (A, B, C). First three slides were prepared containing RBC’s and unknown solutions A, B and C. A control slide was prepared only using RBC’s. After observing each slide under the microscope it was determined that unknown solution A was hypertonic because the RBC appeared to have shrunk. The RBC in unknown solution B appeared to be swollen, therefor, the tonicity of unknown solution B was hypotonic. Unknown solution C showed no change to the RBC shape, it was suggested that unknown solution C was isotonic. To confirm the tonicity

>>Increasing the afferent arteriole radius pushed the glomerular pressure, the glomerular filtration rate, and the volume of urine to be higher than the baseline data. Increasing the afferent arteriole radius increased the glomerular filtration rate.

A drop of blood is added into each test tube and they are left for 5 min.;